Automatic Share Transaction

The objective of Automatic share transaction.Net application is to automate the process of Buying and Selling of Shares over the internet.  In general, we should approach the Share Brokers for these transactions and they are going to charge some minimal amount for each transaction.  

To avoid this payment to the Brokers the users can register to the portal directly and can do their own transaction without any other Brokers interaction.

This web application is accessible for registered users only can do their own transactions over the internet.  

For the transactions, they need not pay any amount to any Brokers.  Using this web application the authorized users can buy and sell the shares.  All these transactions will be stored as History for the user’s reference.  While performing the transactions the users must provide their secondary authentication details as cross verification. 

Objective: 

The objective of this application is to automate the process of Buying and Selling of Shares over the internet. Transactions by individuals in shares and securities are not generally trading transactions. To debug the existing system, remove procedures those cause data redundancy, make navigational sequence proper. 

Providing information about users on the different level and also to reflect the current work status depending on the organization. It builds strong password mechanism. The project is identified by the merits of the system offered to the user. 

Conclusion: 

This project offers the user to enter the data through simple and interactive forms. This is very helpful for the client to enter the desired information through so much simplicity.

Automobile Engine Manufacturing with Order wise tracking System

ABSTRACT

The project entitled is “Automobile Engine Manufacturing with Order wise tracking System”. The Automobile project aims at designing and bringing to the market innovative methodologies, software tools, and vertical applications for the cost-effective implementation of cross-platform, multi-device mobile applications. Cross-platform and multi-device design, implementation and deployment is a barrier for today’s IT solution providers, especially SME (Small and medium-sized enterprises) providers, due to the high cost and technical complexity of targeting development to a wide spectrum of devices, which differ in format, interaction paradigm, and software architecture.

Automobile will exploit the modern paradigm of Model-Driven Engineering and code generation to dramatically simplify multi-device development, reducing substantially cost and development times, so as to increase the profit of SME solution providers and at the same time reduce the price and total cost of ownership for end-customers. This project is to update Purchase Order, while updating the same Order wise ID Number allocation will be done in order to track the engine.

Once Order is received Indent will be raised according to the requirement of the materials. The manufacturing process includes different types of operations, after passing the quality control this engine will be transferred to packing section. Here, after packing the reference serial number will be assigned individually. By means of the ID and reference numbers we easily track to see the status of the engine in the manufacturing process. 

Module:

  • Purchase Order Updating
  • Order wise ID Number Allocation
  • Indent Preparation
  • Passing QC (Individual ID for Engines)
  • Packing and Assigning Reference Number
  • Customer & Agent Contacts Info.
  • Tracking the Order Status
  • Order Dispatched Summary 

INTRODUCTIONS

AIM:

The main aim of the project is to develop “Automobile Engine Manufacturing with Order wise tracking System” to get instant status of the engines in the manufacturing stations. Also to find either the engine is dispatched to the customer or not.

Objectives:

A genetic algorithm based optimization method is proposed for a multi-objective design problem of an automotive engine that includes several difficulties in practical engineering optimization problems. While various optimization techniques have been applied to engineering design problems, a class of realistic engineering design problems face on a mixture of different optimization difficulties, such as the rugged nature of system response, the numbers of design variables and objectives, etc. In order to overcome such a situation, this application proposes a genetic method based multi-objective optimization method that introduces track Id optimality based fitness function, similarity based selection and direct real number crossover. This optimization method is also applied to the design problem of an automotive engine with the design criteria on a total power train. The computational examples show the ability of the proposed method for finding a relevant set of engine in the correct location.

Motivation:

This historical examination of the popularity of the bike has already shown that, in addition to economic factors, psychological motives play a significant role in the development of ownership and driving behavior. With the compact combustion engine, running on fossil fuels, he has acquired the most advanced form of individual mobility. In short, with the bike, man has reached a provisional peak in his ‘auto’-regulative capacity. Bikes and power an increase in individual freedom of movement means an increase in power. Finally, we see real bullets being used for conquering a parking place, aggression that may have begun by raising a middle finger. In extreme cases this can lead to a celibate existence.

LITERATURE SURVEY

Existing System:

                    The existing system was done on the basic of manual work. It is highly tough to find the location of one particular engine under manufacturing. For retrieving the engine within a particular period of time is difficult. It is time consuming process, Data security is low, It involves lots of manual work, the updated data in the job biked cannot be are retrieved easily.  Report are voluminous since it was maintained manually, it takes time to prepare report for management and Redundancy cannot be avoided. Tracking of engine in the site is despite some evidence of its usefulness, performance measurement by using Key Performance Indicators in this industry also has its critics.

Proposed System:

In this new system the drawbacks were solved. Functionalities and advantages of proposed system are: Data is centralized which has overcome the Sharing problem in previous system. As data is maintained electronically, it’s easy for a person to update the details, which has overcome the tedious updating in previous system. Maintenance is easy and performance is good. Mainly the system has automated the tracking of engine in the manufacturing site from various stations. From the start point of the engine to the ready to dispatch section we find the status easily. Each engine unit carries one ID number this is unique, using this ID we track easily. After complete engine unit manufactured the reference number will be allotted to see the future reference. Since this is online application anywhere around the world we access and see the status.

ADVANTAGES

Anywhere access the data since it is online application. When new changes are needed to be implemented it is easy. New changes can be implemented at very little cost because of the frequency of new increments that are produced. Tracking system provides to get instant information about the engine in the manufacturing station. ASP.NET and SQL provides a strong data security and fast access. To implement a new feature it need to lose only the work of a few days, or even only hours, to roll back and implement it. Use input data is very less and it is user friendly. Reports can be taken without query. Automated reports made the user to save the time. No pre-knowledge about software is required for the user.

 DISADVANTAGES

          Once server down entire work process can be disturbed. If failed to take backup periodically data loss occurs. In case of some software deliverables, especially the large ones, it is difficult to evaluate the effort required at the beginning of the software development life cycle. There is lack of emphasis on necessary designing and documentation. Only senior programmers are capable of taking the kind of decisions required during the development process. Hence it has no place for new programmers, unless combined with experienced resources.

 FUTURE ENHANCEMENT

Allocation of engine ID can be done by the support of bar code generator in automated system. This system enables error free and time saving. Since the code prints in the sticker it is easy to stick on the engine. Can also migrate this application in latest framework. The main objective of this methodology is to accelerating the entire software development process. Rapid Application development model helps to reduce the risk and required efforts on the part of the software developer.

MODULE DESCRIPTION

Purchase Order Updating:

The purchase order for an engine is a binding bill of sale that must be signed by both the buyer and seller. It itemizes the cash selling price, documentation fees, sales taxes, registration fees, plate fees, rebates and any down payments made by the buyer. The purchase order for a bike highlights all charges related to the transaction. A purchase order may also itemize trade-in information and other promises made by the seller. The purchase order provides binding proof of what was promised at the time of delivery of a new or used bike, as well as the terms and conditions surrounding the sale. Dealerships are required to use purchase orders when completing sales, as they allow the state to determine how much sales tax must be paid. In private party transactions, the title can serve as a purchase order, but a separate purchase agreement is always beneficial. If a dealership promises to repair a dent or offers free oil changes, having these promises in writing on the purchase order will ensure that promised services are completed. After submission of quotation to the customer, the trade will be finalized. The Customers finalize price then they give purchase order to the supplier. The number of purchase orders received are updated for order processing. Whenever we need the purchase order details it is easy to access the information.

Order wise ID Number Allocation:

The Global Shipment Identification Number (GSIN) is the GS1 Identification Key used to identify a logical grouping of logistic units for the purpose of a transport shipment from the seller to the buyer. The unique identifier is comprised of a GS1 Company Prefix, a Shipper Reference, and a Check Digit.     While updating, auto generation of Purchase order number will be assigned. It identifies the logical grouping of one or several logistic units each identified with an separate SSCC and containing trade items as being part of a specific seller / buyer relationship and that travels under one dispatch advice and/or Bill of Lading.

 This number is used to track the manufacturing product present location and status. Until the final stage the manufacturing product is tracked according to the number assigned. The daily manufacturing details of the engine are updated time to time by the supervisor.

Indent Preparation:

When the Indent ordered quantity for all items is included in the Purchase Order then the Indent can be considered as ‘Closed’. The indents can either be directly used to raise the Purchase Order or can go through the Proper sequence of Requesting of RFQ from different Vendors then Rating the Quotations received from different Vendors and then raising the Purchase Orders. All the indents can be directly used to raise the Purchase Order except the Indents whose status is ‘Closed’. Many Requisitions can be clubbed together to raise an indent. All the indents can be directly used to raise the Purchase Order except the Indents whose status is ‘Closed’. For any material requirement user raises an item requisition stating the issue purpose, required material and quantity. System sees this as a demand and will try to fulfil from the available stock. If stock is not available the required material need to be purchased/ produced. If the user raising requisition can identify the non-availability & wants to purchase the material also, he may raise an indent at the same time (which is the case of 1 indent for 1 requisition). Here requisition no. will be stored in indent by system. Once the order is conformed production manager prepares the raw materials required to manufacture the product. This complete requirement list is called as indent. All materials are checked in the stores as per the list then, if there is any shortfall of materials immediately the materials are arranged to avoid production delay.

Passing QC (Individual ID for Engines):

            Quality control (QC) is a procedure or set of procedures intended to ensure that a manufactured product or performed service adheres to a defined set of quality criteria or meets the requirements of the client or customer. QC is similar to, but not identical with, quality assurance (QA). QA is defined as a procedure or set of procedures intended to ensure that a product or service under development (before work is complete, as opposed to afterwards) meets specified requirements. QA is sometimes expressed together with QC as a single expression, quality assurance and control (QA/QC). In order to implement an effective QC program, an enterprise must first decide which specific standards the product or service must meet. Then the extent of QC actions must be determined (for example, the percentage of units to be tested from each lot). Next, real-world data must be collected (for example, the percentage of units that fail) and the results reported to management personnel. After this, corrective action must be decided upon and taken (for example, defective units must be repaired or rejected and poor service repeated at no charge until the customer is satisfied). If too many unit failures or instances of poor service occur, a plan must be devised to improve the production or service process and then that plan must be put into action. Finally, the QC process must be ongoing to ensure that remedial efforts, if required, have produced satisfactory results and to immediately detect recurrences or new instances of trouble. Quality test will be conducted in each and every stage. By referring the individual engine ID code periodical status can be known easily. If the customer wants to know the status of their product, it is easy to get the details by using the reference number of individual engine ID.

Packing and Assigning Reference Number:

            Packaging of parts shall be sufficient to afford protection against deterioration and physical damage during shipment from the supply source to destination. Use of individual bags or containers shall be used to insure adequate protection from physical contact with other parts. Use of newsprint, excelsior, or loosed fill expanded polystyrene shall be avoided as a means of cushioning. Static generating materials should be avoided. Exterior containers shall comply with uniform freight and national motor freight classification rules or regulations or other carrier rules, as applicable to the mode of transportation. Moisture Sensitive devices shall be packaged in moisture proof, conductive material or packaged in moisture proof antistatic material with external conductive field shielding barrier. Oxide Sensitive devices shall be vacuum sealed in moisture proof antistatic material. The package shall be plainly marked with handling precautions against electrostatic discharge and moisture barrier labels components. Packing of the engine will be done after passing all quality tests. Then each packed box consists of a reference number along with the engine ID. This is to track the product even it is in packed condition. When the product is in transit also we easily identify the product details.

Customer & Agent Contacts Info:

            A contact centre can be defined as a coordinated system of people, processes, technologies and strategies that provides access to information, resources, and expertise, through appropriate channels of communication, enabling interactions that create value for the customer and organization. Contact centres, along with call centres and communication centres all fall under a larger umbrella labelled as the contact centre management industry. This is becoming a rapidly growing recruitment sector in itself, as the capabilities of contact centres expand and thus require ever more complex systems and highly skilled operational and management staff. The majority of large companies use contact centres as a means of managing their customer interaction. These centres can be operated by either an in house department responsible or outsourcing customer interaction to a third party agency (known as Outsourcing Call Centres). Contacts database are important for a trader, so the customer & agent contact information are updated up to date. The information consists of customer / agent name, address, phone, e-mail etc. For sending greetings and to do promotional activities these contact are used. A contact center (also referred to as a customer interaction center or e-contact center) is a central point in an enterprise from which all customer contacts are managed. The contact center typically includes one or more online call centers but may include other types of customer contact as well, including e-mail newsletters, postal mail catalogs, Web site inquiries and chats, and the collection of information from customers during in-store purchasing. A contact center is generally part of an enterprise’s overall customer relationship management (CRM).

Tracking the Order Status:

The seller is responsible for processing and shipping your order. Contact them directly for status information. If the seller provided tracking for your order, you can track it by clicking Track [Carrier] package on the receipt page. Tracking information varies by carrier. Some only provide final confirmation of shipment, while others provide detailed updates, like estimated delivery dates or current locations. If your order should have arrived, according to the seller or tracking information, but hasn’t, please contact the shipping carrier directly for more details. Usually the factory area is large to identify a product which is under manufacturing is too difficult. If once the tracking facility is provided the product location is easy to find. Since already we have allotted the engine ID number for each and every engine it is possible. There are different stations in the factory product will moved from one station to another by means of conveyers. Since automated system is followed in the manufacturing site tracking system is must. You can also change your personal details, delivery details and traveler names, if your passes have not yet been fulfilled. Your order confirmation email contains the login details for your account. These are the most common order statuses: Order received, Payment accepted, Pass printed, Order shipped (a Track & Trace number is displayed for Standard or Premium Shipping) and Order refunded (if you requested a refund).

Order Dispatched Summary:

When your order has been dispatched, you will receive an email notification to advise you that it’s on the way. The dispatched notification means that your order has been packed and waiting to be picked up from the warehouse by the delivery company, this occurs twice every weekday. For future reference also the details are required. Dispatch is a procedure for assigning employees (workers) or vehicles to customers. Industries that dispatch include taxicabs, couriers, emergency services, as well as home and commercial services. With vehicle dispatching, clients are matched to vehicles according to the order in which clients called and the proximity of vehicles to each client’s pick-up location. Telephone operators take calls from clients, then either enter the client’s information into a computer or write it down and give it to a dispatcher. In some cases, calls may be assigned a priority by the call-taker. Priority calls may jump the queue of pending calls. In the first scenario, a central computer then communicates with the mobile data terminal located in each vehicle (see computer assisted dispatch); in the second, the dispatcher communicates with the driver of each vehicle via two-way radio. With home or commercial service dispatching, customers usually schedule services in advance and the dispatching occurs the morning of the scheduled service. Depending on the type of service, workers are dispatched individually or in teams of two or more. Dispatchers have to coordinate worker availability, skill, travel time and availability of parts. The skills required of a dispatcher are greatly enhanced with the use of computer dispatching software. Packed engines are dispatched to the respective clients. These information are updated in the order dispatched summary by referring the delivery challan. Shortly called as “DC”. Whenever the materials are dispatched Delivery challan is prepared with the reference number. Without delivery challan materials won’t send out from the company.

Raw Material Inventory, Action plan and Job work process of Leather

ABSTRACT

The project entitled is “Raw Material Inventory, Action plan and Job work process of Leather”. The raw material availability should check and maintain properly. The raw material inward details and outward details are essential for knowing the inventory details.

Outward of raw material should send with proper secured gateway. All the jobs are not done within the campus itself. Part of the work will be done by the job work units situated in and around the company. So maintaining of raw material stock is essential.

Action plan is the method followed by the manufacturing company in order to plan the future works. For each and every order action plan is prepared. Action plan schedule log is to analyze and to compare action planned vs job progress.

Machinery job work process is to find the cost involved in the order to complete certain operations like cutting, shaving, platting, measurement etc.

Maintain Chemical inventory for dyeing and finishing manually is very difficult. In order to get instant detail about the closing balance of the stock, stock value, location of the stock, minimum order quantity and expiry details is very difficult. So, we maintain the chemical inventory system by computerized notification.

Modules:

  1. Raw Material Inward
  2. Raw Material Outward with secured gateway
  3. Raw Material Outward for job work unit
  4. Action Plan for every order
  5. Action Plan Schedule log
  6. Machinery Job work process
  7. Dyeing chemical job work process
  8. Finishing chemical job work process

INTRODUCTIONS

AIM:

The main aim of the project is Monitoring of article profile details and chemical inventory system

OBJECTIVES:

            University safety policy SY39 requires that all work areas maintain a chemical inventory in the Chemical Inventory Management System (CHIMS).

Regular use and required annual updates of the chemical inventory is an essential part of Penn State’s efforts to comply with various regulations as well as to provide critical information to emergency responders entering an area where hazardous chemicals are present.

MOTIVATION:

            Now a day’s more corporation companies are monitoring of article profile details in chemical inventory system they want to more Monitoring of article profile details and chemical inventory system so only i can do this project.

LITERATURE SURVEY

EXISTING SYSTEM:

Chemical inventory information provided by departments assists the campus by providing data that can be used to:

  • Comply with current CUPA reporting requirements;
  • Comply with new Department of Toxic Substance Control (DTSC) California Environmental Reporting System (CERS) reporting requirements;
  • Evaluate compliance with fire code control area limits;
  • Assist design and renovation of new and existing facilities;
  • Calculate air pollutant emissions;
  • Identify specific hazardous materials that may trigger other reporting requirements; and
  • Assist compliance with requirements of federal and state regulations.

PROPOSED SYSTEM:

The new CIS provides enhanced features:

  • Multiple Account Users (no longer limited to 2);
  • Access to a larger chemical library;
  • Convenient user-friendly web-based interface;
  • Create room hazard signs based on chemical inventory hazards;
  • CERS compatible; and
  • Future integration with UC EH&S Technology programs, including a standard operating procedure library and fire safety tools.

 

SYSTEM SPECIFICATION

HARDWARE CONFIGURATION:

  • Processor : Pentium Dual Core 2.00GHZ
  • Hard disk : 40 GB
  • Mouse : Logitech.
  • RAM : 2GB(minimum)
  • Keyboard : 110 keys enhanced.

SOFTWARE CONFIGURATION:

  • Operating system    : Windows7
  • IDE    :  Microsoft Visual Studio .Net 2010
  • Technology     : Asp.Net / PHP
  • Backend          : SQL Server / My SQL

Production and Consumption Management

 ABSTRACT

The project entitled is Production and Consumption Management. In this project the process of Finished Leather manufacturing from raw state to finished stage are regulated systematically. By this method the manufacturing time will be as per the schedule. Each and every stage can be tracked at any time. Once order received the raw materials required are estimated by the production manager then the manager submits the indent. Dying chemical process is a sequence of operation done to change the raw state leather to wet blue state. Then the wet blue leather is forwarded to the finished leather division here also the chemical process involved. In both the finishing & dyeing process machinery operations also involved. In this company for some of the work the leather is sending out to job work unit. To maintain this properly we need to maintain the IN / OUT Job work transactions to tally the stock. Finally the cost sheet is done by collecting the amount spent by the company for Dyeing Chemicals, Dyeing Machinery Operation, Finishing Chemicals, Finishing Machinery Operations and other expenses involved while manufacturing. This helps to find exact profit and loss of the trade.

INTRODUCTION

AIM:

The main aim of the project is to develop the Production and consumption Management system for the leather industry.

OBJECTIVES:

Objective of this project is to be achieving the Production and consumption Management A representation of the way in which the parts of a product fit together and interact, organized in levels of detail based on structure. A product structure is used to manage changes, testing and problem resolution for complex products with a large number of interdependent parts and functions.

MOTIVATION:

            Leather industry plays an important role in the industrial segment. For the past few years the computerization of Leather industry is done for various sections. Particularly in the manufacturing department the complexities are reduced little by little. In this company the previously used platform is offline based so the data can be accessed within the campus up to some certain area. This motivated well to develop online application for their existing work process. If this online application is developed and launched successfully anywhere around the world the data can be accessed.

ORGANIZATION PROFILE:

BLUEBIRD OVERSEAS – PROFILE

Name of the Company                             Bluebird Overseas (P) Ltd.

                                                                        #27 Sidco Industrial Estate

                                                                        Sipcot, Ranipet,

                                                                        T.N. INDIA.

                                                                        PH/FX : +04172 238188

                                                                        E-mail  : support@bluebird.com

Chief Executive                                         Mr. Premkumar. A

Having 12 years experience in the manufacture    and export of finished leathers.

Member                                                       Council for Leather Exports. 

                                                                        Dun & Bradstreet (No.91-852-8352)

Last 3 years turnover                              About Rs.15 Crores

                                                                        (About US$ 3.5 Millions)

 

Countries to which exported                       USA, Spain, Portugal, France, Taiwan &  Korea

Bankers                                                          State Bank of India

                                                                        Commercial Branch, Walajapet , T.N.

Brand owned                                                 ‘Flexy’ Footwear

FINISHED LEATHER DIVISION :         

Technical Team – Tannery

Our Tannery consists of totally 9 Technicians, 30 Supervisors and Helpers.  We are supported by 4 Administrative staff monitoring the entire Banking administration, Buyers orders and delivery schedules.

Finished Leathers Manufactured

Cow:

Buff:

 

Cow Kashmir Softy(1.0/1.1mm)

Buff Linings (in Calves & Sides)

 

Cow Waxy Softy(1.2/1.4mm)

Buff Calf Agadir Softy(0.8/1.0mm)

 

Cow Nappa Lexus(1.3/1.4mm)

Buff Oil Pull-up

 

Cow Linings(0.9/1.0mm)

Buff Antique Softy

 

Cow Kashmir Softy Antique

Buff NuBuck (0.9/1.0mm)

 

 

 

 

Apart from the above articles we can develop new and innovative leathers as suggested by customer.

SHOE UPPER / FULL SHOES DIVISION 

Factory Area   : The total working area inside the Shoe Upper factory premises is 5200 sq.ft apart from other utilities.

Conveyors      : We have installed two conveyors of 80ft in length and each with a potential 400 pairs per shift.  This is apart from the Pre-fabrication conveyor of 30 ft in length.  The Conveyors have been designed and illuminated with  standards far advanced from other factories.

Machinery     : We are equipped with 4 Clicking Machines and 5 Skiving Machines to support the above said production.  The other stitching and supporting machinery are all brand new.

Generator      : A brand new 100 KVA Generator is available to support during power failure.

Team       : A Team with rich experience is available to support any sort of production, right from Moccasins to Boots. The Company has recruited a team which has immence experience at some popular shoe factories and executed orders to reputed foreign customers such as Gabor, Majesty, Landmart, JJ Shoes, Riant, Filantho, ICR, Life Style International, Azzoro Enterprises, Hotter, Eramparmy, Francemode, Klodkee, Execursion etc.

Ambience     : The factory has an excellent ambience with full illumination of natural lighting and impeccable cleanliness.  The atmosphere has been created in a manner which would delight even the workers and result in optimum production yield.

ESI/PF/Labour Welfare: The Shoe-Upper factory has recently been commissioned.  The necessary govt formalities are being processed.  The Company has excellent reputation and record with all Govt.  Departments and one need not have any apprehensions of any hurdles in production.

Full Shoes :  We have started a full-shoe line in our factory recently.  We have already started our exports to UK since last month in Styles Classic and Moccasin.

FOOTWEAR BRAND : We have introduced vide varieties of Men, Women, and Children footwear in both Sandals & Shoes under our own brand ‘Flexy’.  We have introduced these products as 100 %  genuine and eco-friendly footwear.  Our footwear is made from only eco-friendly processed leathers of Cow, Buff, Goat and Sheep, etc.  Our capacity is around 1,000 pairs per day and we have already test marketed in Andhra Pradesh and the response is immense.

                                            LITERATURE SURVEY

EXISTING SYSTEM:

In existing system the Production and Consumption Management system are maintained in the offline application using Visual basic as front end and Access as back end. Here the data can be accessed by multiple users but within the LAN only they may able to access the data. This limits the users to access the data within the campus itself. The software is stored in the company local server itself. All other clients are connected through local area network itself. The user’s login verification is evaluated by the server itself. Medium used for LAN is unshielded twisted pair cable. Cascading is implemented here to extend the network for the far away distance nodes.

Disadvantage of existing system:

  • Security is less since access is used as the backend.
  • Data cannot be accessed apart from the campus area
  • If the number of users accessing increased the system may slow down
  • Virus infected in any one system may affect the entire network
  • Software stored in the server leads less security
  • If LAN cable damaged or the switcher fails the entire work will be affected
  • If anyone of the switcher in the cascading fails the network will be isolated

PROPOSED SYSTEM:

            In proposed system the Production and Consumption Management system are maintained in the online application using ASP.NET as front end and SQL as back end. Here the data can be accessed by multiple users anywhere in the web. The users to access the data is unlimited. Also we access the data anywhere even outside the campus. The software is stored in the internet server itself. All system acts like equal prioritized with safe login. No local area network is required. The user’s login verification is evaluated by the internet server itself. Medium used for communication is internet. No Cascading is required for extending the network or to implement new client stations.

FUTURE ENHANCEMENT:

In future if any changes required in the software without the dependency of software developer the modifications should have to be done. In order to do this the application can be upgrade with latest framework technology. Here tire system will be followed to main objective of this methodology is to accelerating the entire software development process. Rapid Application development model helps to reduce the risk and required efforts on the part of the software developer.

FEASIBILITY STUDY:

The objective of the feasibility study is not only to solve the problem but also to acquire a sense of its scope.  During the study, the problem definition is crystallized and aspects of the problem to be included in the system are determines consequently, costs and benefits are essential with greater accuracy at this stage.  Three key consideration are involved in the feasibility analysis,

  • OPERATIONAL FEASIBILITY
  • ECONOMICAL AND TECHNICAL FEASIBILITY

ECONOMICAL FEASIBILITY:

            Economic feasibility deals about the economic impact faced by the organization to implement a new system. Benefits in the form of reduced costs. No need to erect LAN so cost will be considerably reduced. They have multiple branch in various locations so data transmission work is nullified since we access through web. The human resource required is reduced considerably. Does not need any high cost equipment.  Thus, the proposed system is economically feasible.

OPERATIONAL FEASIBILITY:

            Proposed system is beneficial only if they can turn into information systems that will meet the organizations operating requirements.  User should be involved in the planning and development of the project.  This system will certainly be supported since it produces good result and reduces manual work. Authorized user can access the data in the network, and hacking of data by unauthorized users is also providing username and password. User accessibility is good since input screens are designed with best user interface. This project will certainly be beneficiary since there will be a reduction in manual work and increase in speak of work.

TECHNICAL FEASIBILITY:

            Technical consideration evaluates the hardware requirements, software etc.  This system uses the  as C# front end and SQL SERVER as back end and also provides sufficient memory to hold and process the data.  As per requirements both of these software and hardware were already exists and does not need any unique resources.

SYSTEM SPECIFICATION

HARDWARE CONFIGURATION:

  • Processor : Pentium Dual Core 2.00GHZ
  • Hard disk : 40 GB
  • Mouse : Logitech.
  • RAM : 2GB(minimum)
  • Keyboard : 110 keys enhanced.

SOFTWARE CONFIGURATION:

  • Operating system    : Windows7
  • IDE    :  Microsoft Visual Studio .Net 2008
  • Technology : Asp.Net / Php
  • Backend    : SQL Server 2005 / My SQL

Export and Import document Management

ABSTRACT

            The project entitled is Export and import document Management. Import-Export management system is the only complete import export-management solution that goes beyond managing just export documentation or licensing. It manages the whole export cycle, enhancing your growth, catalyzing your profits. Different methods of marketing are done to get orders from various countries. This data about the enquiry are updated in the software and regular follow up done. After getting orders contract finalization will be done. Based upon the type of contract signed the necessary documents are prepared like LC (Letter of Credit), DP (Document against Payment), DA (Document against Acceptance) etc. Importing of raw materials are restricted for some of the items, these items data are maintained in the system for easy reference. For exporting the product the export company should be a member in the promotion council. So the periodic annual renewal details are maintained. Taxation like custom excise duty are calculated easily based upon the product exports. Packing list and item number are generated in the system for shipping. After shipment made the exact profit and loss can be generated successfully.

INTRODUCTION

AIM:

To develop the online application titled “Export and Import document management system” using ASP.NET as front end and SQL as back end. 

OBJECTIVES:

To manage the whole export cycle, enhancing growth and to catalyzing profits. To get marketing orders from various countries. Maintaining the necessary document, based upon the type of contract signed the necessary documents are prepared like LC (Letter of Credit), DP (Document against Payment), DA (Document against Acceptance) etc. To Schedule and to keep Import of raw materials for some of the items, these items data are maintained in the system for easy reference. To maintain export promotion council related information for exporting the product. So the periodic annual renewal details are maintained. Taxation like custom excise duty are calculated easily based upon the product exports. Packing list and item number are generated in the system for shipping. And to find the shipment profit and loss report successfully.

MOTIVATION:

            Now a day’s more corporation companies are involve the import and export business so they want to maintain the Export and import documentation management system. In this company the previously used method is completely manual based so the data accessing is difficult. This motivated well to develop online application for their existing work process. If this online application is developed and launched successfully anywhere around the world the data can be accessed. So only I select this project to do.

ORGANIZATION PROFILE:

BLUEBIRD OVERSEAS – PROFILE

Name of the Company                             Bluebird Overseas (P) Ltd.

                                                                        #27  Sidco Industrial  Estate

                                                                        Sipcot, Ranipet,

                                                                        T.N. INDIA.

                                                                        PH/FX : +04172 238188

                                                                        E-mail  : support@bluebird.com

Chief Executive                                         Mr. Premkumar. A

Having 12 years experience in the  manufacture    and export of finished leathers.

Member                                                       Council for Leather Exports. 

                                                                        Dun & Bradstreet (No.91-852-8352)

Last 3 years turnover                              About Rs.15 Crores

                                                                        (About US$ 3.5 Millions)

Countries to which exported                USA, Spain, Portugal, France, Taiwan &  Korea

Bankers                                                          State Bank of India

                                                                        Commercial Branch, Walajapet, T.N.

Brand owned                                                 ‘Flexy’ Footwear

FINISHED LEATHER DIVISION :   

Technical Team – Tannery

Our Tannery consists of totally 9 Technicians, 30 Supervisors and Helpers.  We are supported by 4 Administrative staff monitoring the entire Banking administration, Buyers orders and delivery schedules.

Finished Leathers Manufactured

Cow:

Buff:

 

Cow Kashmir Softy(1.0/1.1mm)

Buff Linings (in Calves & Sides)

 

Cow Waxy Softy(1.2/1.4mm)

Buff Calf Agadir Softy(0.8/1.0mm)

 

Cow  Nappa Lexus(1.3/1.4mm)

Buff Oil Pull-up

 

Cow Linings(0.9/1.0mm)

Buff Antique Softy

 

Cow Kashmir Softy Antique

Buff  NuBuck (0.9/1.0mm)

 

 

 

 

Apart from the above articles we can develop new and  innovative leathers as suggested by customer.

SHOE UPPER / FULL SHOES DIVISION 

Factory Area   : The total working area inside the Shoe Upper factory premises is 5200 sq.ft apart from other utilities.

Conveyors      : We have installed two conveyors of 80ft in length and each with a potential 400 pairs per shift.  This is apart from the Pre-fa0brication conveyor of 30 ft in length.  The Conveyors have been designed and illuminated with standards far advanced from other factories.

Machinery     : We are equipped with 4 Clicking Machines and 5 Skiving Machines to support the above said production.  The other stitching and supporting machinery are all brand new.

Generator      : A brand new 100 KVA Generator is available to support during power failure.

Team       : A Team with rich experience is available to support any sort of production, right from Moccasins to Boots. The Company has recruited a team which has immence experience at some popular shoe factories and executed orders to reputed foreign customers such as Gabor, Majesty, Landmart, JJ Shoes, Riant, Filantho, ICR, Life Style International, Azzoro Enterprises, Hotter, Eramparmy, Francemode, Klodkee, Execursion etc.

Ambience     : The factory has an excellent ambience with full illumination of natural lighting and impeccable cleanliness.  The atmosphere has been created in a manner which would delight even the workers and result in optimum production yield.

ESI/PF/Labour Welfare: The Shoe-Upper factory has recently been commissioned.  The necessary govt formalities are being processed.  The Company has excellent reputation and record with all Govt.  Departments and one need not have any apprehensions of any hurdles in production.

Full Shoes :  We have started a full-shoe line in our factory recently.  We have already started our exports to UK since last month in Styles Classic and Moccasin.

FOOTWEAR BRAND : We have introduced vide varieties of Men, Women, and Children footwear in both Sandals & Shoes under our own brand ‘Flexy’.  We have introduced these products as 100 %  genuine and eco-friendly footwear.  Our footwear is made from only eco-friendly processed leathers of Cow, Buff, Goat and Sheep, etc.  Our capacity is around 1,000 pairs per day and we have already test marketed in Andhra Pradesh and the response is immense.

About The People

As a team we have the prowess to have a clear vision and realize it too. As a statistical evaluation, the team has more than 40,000 hours of expertise in providing real-time solutions in the fields of Embedded Systems, Control systems, Micro-Controllers, c Based Interfacing, Programmable Logic Controller, VLSI Design And Implementation, Networking With C, ++, java, client Server Technologies in Java,(J2EE\J2ME\J2SE\EJB),VB & VC++, Oracle and operating system concepts with LINUX.

Our Vision

“Dreaming a vision is possible and realizing it is our goal”.

Our Mission

We have achieved this by creating and perfecting processes that are in par with the global standards and we deliver high quality, high value services, reliable and cost effective IT products to clients around the world.

SYSTEM STUDY

EXISTING SYSTEM:

In existing system the Export and Import document management system are maintained in the manual system using hard copy registers. Here the data can be accessed by any one or more human resource using the registers. Since hard copy is maintained, at a time many persons cannot able to utilize the record. This limits the users to access the data by turning the papers each and every time. Report generation is difficult because all the data should refer each and every time. The hardcopy registers are kept in the shelf / table etc. this is less safety. Once the register is lost the entire data will be lost. Difficult to take additional backup copies since it is maintained in the registers.

Disadvantage of existing system:

  • Security is less since maintained in registers.
  • Data cannot be accessed apart from the help of registers
  • Only minimum number of users can able to use the record at a time
  • Hard copy may have the chance of damage, pest problem etc.
  • Register kept in the shelf or table leads less security
  • Report generation is difficult because we don’t have any soft copy
  • If any part of the data is missing it is very difficult to tally the data.

 PROPOSED SYSTEM:

            In proposed system the Export and Import document management system are maintained in the online application using ASP.NET as front end and SQL as back end. Here the data can be accessed by multiple users anywhere in the web. The users to access the data is unlimited. Also we access the data anywhere even outside the campus. The software is stored in the internet server itself. All system acts like equal prioritized with safe login. No local area network is required. The user’s login verification is evaluated by the internet server itself. Medium used for communication is internet. No Cascading is required for extending the network or to implement new client stations.

Advantages of proposed system:

  • Strong Security since data stored in internet server.
  • Data can be accessed across the web.
  • Maximum number of users can be able to use at a time.
  • Data not stored in the local server so reliable data will be there.
  • Data not stored in the local system so no need to safeguard all the systems that we are using in the company.
  • Report generation is easy with negligible time.
  • Periodical data backup ensures safe data.

FUTURE ENHANCEMENT:

In future if any changes required in the software without the dependency of software developer the modifications should have to be done. In order to do this the application can be upgrade with latest framework technology. Here tire system will be followed to main objective of this methodology is to accelerating the entire software development process. Rapid Application development model helps to reduce the risk and required efforts on the part of the software developer.

FEASIBILITY STUDY:

The objective of the feasibility study is not only to solve the problem but also to acquire a sense of its scope.  During the study, the problem definition is crystallized and aspects of the problem to be included in the system are determines consequently, costs and benefits are essential with greater accuracy at this stage.  Three key consideration are involved in the feasibility analysis,

  • OPERATIONAL FEASIBILITY
  • ECONOMICAL AND TECHNICAL FEASIBILITY

ECONOMICAL FEASIBILITY:

            Economical feasibility deals about the economical impact faced by the organization to implement a new system.  Not only cost of hardware, software etc is considered but also the benefits in the form of reduced costs.  This project will certainly be beneficiary since there will be a reduction in manual work, and increase in speak of work and does not need any high cost equipment.  Thus, the proposed system is economically feasible.

OPERATIONAL FEASIBILITY:

            Proposed system is beneficial only if they can turn into information systems that will meet the organizations operating requirements.  User should be involved in the planning and development of the project.  This system will certainly be supported since it produces good result and reduces manual work. Authorized user can access the data in the network, and hacking of data by unauthorized users is also providing username and password.

TECHNICAL FEASIBILITY:

            Technical consideration evaluates the hardware requirements, software etc.  This system uses the  as C# front end and SQL SERVER as back end and also provides sufficient memory to hold and process the data.  As per requirements both of these software and hardware were already exists and does not need any unique resources.

SYSTEM SPECIFICATION

 HARDWARE CONFIGURATION:

  • Processor : Pentium Dual Core 2.00GHZ
  • Hard disk : 40 GB
  • Mouse : Logitech.
  • RAM : 2GB(minimum)
  • Keyboard : 110 keys enhanced.

SOFTWARE CONFIGURATION:

  • Operating system    : Windows7
  • IDE                    :  Microsoft Visual Studio .Net 2010
  • Technology     : Asp.Net / Php
  • Backend          : SQL Server / MySQL

Articles Profile Details & Chemical Inventory System

ABSTRACT

            The project entitled is “Monitoring Of Article Profile Details And Chemical Inventory System”. Article profile details contain information about the products and it contains specification of the product. To maintain this information they use to keep the profile of every article in manual format. It is very difficult to maintain manually. In order to solve this issue computerization is needed. Article profile details updating, in system is easy and informative. Buyer can see the Article specification details like Sole, Upper, and Grinderies used.

Chemical Inventory System is specifying the shape and percentage of stocked goods. In order to get instant detail about the closing balance of the stock, stock value, location of the stock, minimum order quantity and expiry details is very difficult by manually. So, we maintain the chemical inventory system by computerized notification. The aim of this project is to maintain and keep records safely.

INTRODUCTION

AIM:

The main aim of the project is to develop “Monitoring of article profile details and chemical inventory system”.

OBJECTIVE:

The main objective of the Article profile details and Chemical Inventory System are to store information about the products and it contains specification of the product and chemicals. It implies that any user in that company can securely use the details about the product. To maintain this information they use to keep the profile of every article in computer. To enable the buyer to see the Article specification details like Sole, Upper, and Grinderies used directly in the product gallery. To maintain Chemical Inventory System of stocked goods. To get details about the closing balance of the stock. To get instant stock value without any query request. To find the location of the stock that where we kept in the go down. To get minimum order quantity to estimate the materials required in time. To find the expiry details of the product.

MOTIVATION:

Monitoring of article profile details and chemical inventory system is difficult. The article profile specification in the hard copy format is not easy to modify. Customers feel difficult to see the product information because either they should have to come to factory or they should have to see in the hard copy.  To overcome this issue product gallery is launched. Sometimes once the prospectus printout taken it is difficult to do correction if some product specifications are changed. Instant Stock value finding is very difficult and to find the items that we need to buy is difficult to estimate. Location finding is very important in a company because for each and every item we need to search the product in all places. After known these issues I myself motivated to do this project to solve these issues.

ORGANISATION PROFILE:

BLUEBIRD OVERSEAS – PROFILE 

Name of the Company                             Bluebird Overseas (P) Ltd.

                                                                        #27 Sidco Industrial Estate

                                                                        Sipcot, Ranipet,

                                                                        T.N. INDIA.

                                                                        PH/FX : +04172 238188

                                                                        E-mail  : support@bluebird.com

Chief Executive                                         Mr. Premkumar. A

Having 12 years experience in the manufacture    and export of finished leathers.

Member                                                       Council for Leather Exports.  

                                                                       Dun & Bradstreet (No.91-852-82123)

Last 3 years turnover                             About Rs.15 Crores

                                                                        (About US$ 3.5 Millions)

Countries to which exported              USA, Spain, Portugal, France, Taiwan &  Korea

Bankers                                                           State Bank of India

                                                                        Commercial Branch, Walajapet, T.N.

Brand owned                                                  ‘Flexy’ Footwear

Technical Team – Tannery

Our Tannery consists of totally 9 Technicians, 30 Supervisors and Helpers.  We are supported by 4 Administrative staff monitoring the entire Banking administration, Buyers orders and delivery schedules.

Finished Leathers Manufactured

Cow:

Buff:

 

Cow Kashmir Softy(1.0/1.1mm)

Buff Linings (in Calves & Sides)

 

Cow Waxy Softy(1.2/1.4mm)

Buff Calf Agadir Softy(0.8/1.0mm)

 

Cow Nappa Lexus(1.3/1.4mm)

Buff Oil Pull-up

 

Cow Linings(0.9/1.0mm)

Buff Antique Softy

 

Cow Kashmir Softy Antique

Buff NuBuck (0.9/1.0mm)

 

 

 

 

Apart from the above articles we can develop new and innovative leathers as suggested by customer.

SHOE UPPER / FULL SHOES DIVISION 

Factory Area   : The total working area inside the Shoe Upper factory premises is 5200 sq.ft apart from other utilities.

Conveyors      : We have installed two conveyors of 80ft in length and each with a potential 400 pairs per shift.  This is apart from the Pre-fabrication conveyor of 30 ft in length.  The Conveyors have been designed and illuminated with  standards far advanced from other factories.

Machinery     : We are equipped with 4 Clicking Machines and 5 Skiving Machines to support the above said production.  The other stitching and supporting machinery are all brand new.

Generator      : A brand new 100 KVA Generator is available to support during power failure.

Team       : A Team with rich experience is available to support any sort of production, right from Moccasins to Boots. The Company has recruited a team which has immence experience at some popular shoe factories and executed orders to reputed foreign customers such as Gabor, Majesty, Landmart, JJ Shoes, Riant, Filantho, ICR, Life Style International, Azzoro Enterprises, Hotter, Eramparmy, Francemode, Klodkee, Execursion etc.

Ambience     : The factory has an excellent ambience with full illumination of natural lighting and impeccable cleanliness.  The atmosphere has been created in a manner which would delight even the workers and result in optimum production yield.

ESI/PF/Labour Welfare: The Shoe-Upper factory has recently been commissioned.  The necessary govt formalities are being processed.  The Company has excellent reputation and record with all Govt.  Departments and one need not have any apprehensions of any hurdles in production.

Full Shoes :  We have started a full-shoe line in our factory recently.  We have already started our exports to UK since last month in Styles Classic and Moccasin.

FOOTWEAR BRAND : We have introduced vide varieties of Men, Women, and Children footwear in both Sandals & Shoes under our own brand ‘Flexy’.  We have introduced these products as 100 %  genuine and eco-friendly footwear.  Our footwear is made from only eco-friendly processed leathers of Cow, Buff, Goat and Sheep, etc.  Our capacity is around 1,000 pairs per day and we have already test marketed in Andhra Pradesh and the response is immense.

 LITERATURE SURVEY

EXISTING SYSTEM:

In existing system the Monitoring of article profile details and chemical inventory system are maintained in the offline application using Visual basic as front end and Access as back end. Here the data can be accessed by multiple users but within the LAN only they may able to access the data. This limits the users to access the data within the campus itself. The software is stored in the company local server itself. All other clients are connected through local area network itself. The user’s login verification is evaluated by the server itself. Medium used for LAN is unshielded twisted pair cable. Cascading is implemented here to extend the network for the far away distance nodes.

Disadvantage of existing system:

  • Security is less since access is used as the backend.
  • Data cannot be accessed apart from the campus area
  • If the number of users accessing increased the system may slow down
  • Virus infected in any one system may affect the entire network
  • Software stored in the server leads less security
  • If LAN cable damaged or the switcher fails the entire work will be affected
  • If anyone of the switcher in the cascading fails the network will be isolated

PROPOSED SYSTEM:

            In proposed system the Monitoring of article profile details and chemical inventory system are maintained in the online application using ASP.NET as front end and SQL as back end. Here the data can be accessed by multiple users anywhere in the web. The users to access the data is unlimited. Also we access the data anywhere even outside the campus. The software is stored in the internet server itself. All system acts like equal prioritized with safe login. No local area network is required. The user’s login verification is evaluated by the internet server itself. Medium used for communication is internet. No Cascading is required for extending the network or to implement new client stations. 

Advantages of proposed system:

  • Strong Security since data stored in internet server.
  • Data can be accessed across the web.
  • Maximum number of users can be able to use at a time.
  • Data not stored in the local server so reliable data will be there.
  • Data not stored in the local system so no need to safeguard all the systems that we are using in the company.
  • Report generation is easy with negligible time.
  • Periodical data backup ensures safe data.

FUTURE ENHANCEMENT:

In future if any changes required in the software without the dependency of software developer the modifications should have to be done. In order to do this the application can be upgrade with latest framework technology. Here tire system will be followed to main objective of this methodology is to accelerating the entire software development process. Rapid Application development model helps to reduce the risk and required efforts on the part of the software developer.

FEASIBILITY STUDY:

The objective of the feasibility study is not only to solve the problem but also to acquire a sense of its scope.  During the study, the problem definition is crystallized and aspects of the problem to be included in the system are determines consequently, costs and benefits are essential with greater accuracy at this stage.  Three key consideration are involved in the feasibility analysis,

  • OPERATIONAL FEASIBILITY
  • ECONOMICAL AND TECHNICAL FEASIBILITY 

ECONOMICAL FEASIBILITY:

            Economic feasibility deals about the economic impact faced by the organization to implement a new system. Benefits in the form of reduced costs. No need to erect LAN so cost will be considerably reduced. They have multiple branch in various locations so data transmission work is nullified since we access through web. The human resource required is reduced considerably. Does not need any high cost equipment.  Thus, the proposed system is economically feasible.

OPERATIONAL FEASIBILITY:

            Proposed system is beneficial only if they can turn into information systems that will meet the organizations operating requirements.  User should be involved in the planning and development of the project.  This system will certainly be supported since it produces good result and reduces manual work. Authorized user can access the data in the network, and hacking of data by unauthorized users is also providing username and password. User accessibility is good since input screens are designed with best user interface. This project will certainly be beneficiary since there will be a reduction in manual work and increase in speak of work.

3.3.3 TECHNICAL FEASIBILITY:

            Technical consideration evaluates the hardware requirements, software etc.  This system uses the  as C# front end and SQL SERVER as back end and also provides sufficient memory to hold and process the data.  As per requirements both of these software and hardware were already exists and does not need any unique resources.

 SYSTEM SPECIFICATION

HARDWARE CONFIGURATION:

  • Processor : Pentium Dual Core 2.00GHZ
  • Hard disk : 40 GB
  • Mouse : Logitech.
  • RAM : 2GB(minimum)
  • Keyboard : 110 keys enhanced.

SOFTWARE CONFIGURATION:

  • Operating system          : Windows7
  • IDE                              :  Microsoft Visual Studio .Net 2008
  • Front End                     : Asp.Net / Php
  • Backend                        : SQL Server 2010 / MySQL

Auditing Data integrity and data storage using cloud

ABSTRACT :
Cloud servers is a platform for enabling convenient, on demand network access to a shared pool of configurable server resources (memory, networks, storage, cpu, applications, and services) that can be rapidly provisioned and released with minimal management effort or cloud service provider interactions. Cloud servers are mostly being used; however, data security is one of the major barriers to adoption in cloud storage. Users can store data and used on demand or for the applications without keeping any local copy of the data on there machine. The Cloud servers storage technologies offers the promise of massive cost savings combined with increased IT agility due to pay per consume. However, this technology challenges many traditional approaches to hosting provider and enterprise application design and management. Users can able to upload data on cloud storage without worrying about to check or verify the integrity. Hence integrity auditing for cloud data is more important task to ensure users data integrity. To do this user can resort the TPA (Third Party Auditor) to check the data on the cloud storage is not violating the integrity. TPA is the expertise and having good knowledge and capabilities which users can not able to check. TPA audit the integrity of all files stored on the cloud storage on behalf of the users and inform the results. Users should consider the auditing process will not cause new vulnerability against the users valuable and confidential data also ensures integrity auditing will not cause any resources problem.

INTRODUCTION :
Data integrity auditing is something you need to have on cloud storages. Different threats like a hacker placing a backdoor on storage using applications; change permissions, modify files, or changing your order form to email him a copy of everyone’s credit card and other information while leaving it appear to be functionally normally without any problem. By data auditing process and setting up convenient period scan reporting, this notifies user within hours of when any file was changed, modified, added or removed. It also helps establish an audit trail in the event cloud storage is compromised. Cloud servers has been envisioned as the next-generation information technology architecture for industry ,government, and research, due to configurable server multiple resources and long list of advantages: Auto-Scaling technology,on demand self-service, location independent, resource elasticity, dynamic resources allocation, fast, secure, ubiquitous network access, pay per consume, higher uptime and transference of risk.
Cloud Computing is remodeling the very nature of how businesses use information technology. One elementary side of this paradigm shifting is that data is being centralized or outsourced to the Cloud server storage. From users‟ perspective, including both user and enterprises, uploading data to the cloud server in a flexible on demand manner brings appealing benefits: free from the burden for storage and the security management, global data access over independent geographical locations, and saving of capital expenditure on maintaining security, hardware resources as well as maintenance, etc. whereas Cloud storage makes these features more appealing than ever, it also brings new security vulnerability towards users‟ valuable data. As a result, the integrity of the data in the cloud is being put at risk due to the above different reasons. Although the infrastructures under the cloud provider are much more powerful and secure than local computing devices, they are still facing the different internal and external threats for data integrity. Secondly, there do exist various motivations for hosting provider to behave unfaithfully towards the cloud users regarding the status of their remotely stored data. In short, although outsourcing data to the cloud servers is economically attractive for long term huge data storage, cloud service provider does not provide any guarantee on data integrity and security. This drawback, if not properly addressed, could impede the successful deployment of the cloud server‟s design. As users data on remote storage, traditional cryptographic primitives for the purpose of data security protection cannot be adopted  directly specifically, downloading data on native system for its integrity verification is not a practical solution due to the data transmission cost across the network and security reasons. Considering the large size of the outsourced data store and the user‟s limited resources capability, the work of auditing the data correctness in a cloud server environment can be expensive for the cloud server users. Moreover, the overhead of using cloud server storage should be minimized as much as possible, such that cloud user does not need to perform huge operations to use the cloud server data. For example, it is desirable that cloud users don’t need to worry about the need to verify the integrity of the data before or after the data retrieval. Besides, there are may be multiple user’s accesses the same cloud storage for different purpose and applications, say in an enterprise setting.
To make it ensure the data integrity and minimize the cloud server computation resources as well as online burden on cloud users’, it is of critical importance that to enable public auditing process for cloud data storage, so that cloud users may resort to an independent third party auditor (TPA) to audit the data stored over the cloud storage whenever necessary. The TPA, who has the knowledge and capabilities that users don’t, can check the data integrity of all the data stored on the cloud periodically on behalf of the cloud users, which provides a much more easier and affordable way for the users to ensure their cloud data storage integrity. Moreover, in addition to help users to evaluate the risk of their subscribed cloud data services, the audit result obtained from TPA would also be beneficial for the CSP or hosting provider to improve their security related to storage platform. In a word, auditing services will play an important role for this cloud economy to International Journal of Computer Applications (0975 – 8887) Volume 133 – No.17, January 2016 become fully established; where users will need ways to assess the risk and gain trust in the cloud service providers or cloud storage. Currently, the notion of public auditability has been proposed in the context of ensuring remotely stored data integrity under different system and security models. Auditability process allows a third party, in addition to the user himself, to verify the integrity of remotely stored data of the cloud. However, most of these schemes don‟t consider the privacy protection of user’s data against external auditors. Indeed, TPA may potentially reveal user data information to the auditors. This severe drawback greatly affects the security of these protocols in Cloud storage. From the perspective of protecting data privacy and integrity, the users, who own the data on cloud server and rely on TPA auditing process just for the storage security and integrity of their data, do not want TPA auditing process introducing new vulnerabilities of unauthorized data leakage towards their data security.
Also there are some legal regulations on outsourced data that is, data not to be leaked to external parties. Without properly designed auditing protocols, encryption itself cannot prevent data from “flowing away” towards TPA during the public auditing process. The reason, it does not completely solve the problem of protecting data privacy from external parties but just reduces it to the key management. Vulnerability of unauthorized data leakage still remains a problem due to the potential exposure of decryption keys. Therefore, how to enable an auditing protocol keeping data private, independent to data encryption is the problem which going to tackle in this paper.

PROBLEM STATEMENT
The system model considered is having cloud data storage or files storage involving three different entities. As illustrated in figure, the cloud users who store the huge amounts of data in the form of files on the cloud storage. Files may be in different types such as binary files, data files, logs files, hidden files. The cloud servers, which fully managed by the hosting or cloud service provider for the data storage space and different resources like network connection, backup facilities and different level security. Third entity is TPA (Third Party Auditor) having expertise and knowledge of integrity auditing process.

Cloud Architecture
Cloud Architecture

Cloud service provider is responsible for storage management, maintenance, scalable location independent, higher availability, pay per consume and low cost data storage. Users upload and download data dynamically from storage device space on the cloud server for its own application purpose. Users always need to ensures, data stored over the server is correct and maintained properly. To avoid computational resources and ensure data integrity and security of the data users resort to TPA to audit the data on behalf of user on cloud server.
User‟s data could be hack, changed or modified by internal or external entities. It may includes software bugs, backdoors in different applications, outdated applications versions, plug-in, themes, templates, bugs in system or economically motivated hackers, malicious code and different upload forms. Cloud servers always provide better security but due to different integrity threats towards data like vulnerable functions used in application, outdated applications versions, plugins, themes, templates, bugs in system backdoors in application, applications from the un trusted sources which come with preloaded outdoors, hardware failure, network issue there is changes of data loss. Cloud service provider always try to hide these details from users to their own benefits as well as maintain industry reputation the reason that‟s why cloud users cannot completely trust on the cloud service provider. With the help of auditing procedure user can gain trust as well as audit this data more efficiently.
PROPOSED WORK :
This section presents integrity auditing scheme which provides a complete outsourcing solution of data. After introducing notations considered and brief preliminaries, started from an overview of proposed data Integrity auditing scheme. Then, presenting main scheme and show how to extent the proposed scheme to support integrity auditing for the TPA upon delegations from multiple users. Finally, the proposed how to generalize integrity auditing keeping data privacy scheme and its support of dynamic data. Figure illustrate the overview of integrity auditing structure.

Integrity auditing block diagram

SYSTEM SPECIFICATION / CONFIGURATION 

HARDWARE REQUIREMENT

Processor                     :   Intel Dual Core 2.6 GHZ

Hard Disk                    :   500 GB

RAM                             :   2 GB

Monitor                       :    19 inches

Mouse                          :    Microsoft optical Mouse.

Keyboard                    :    Microsoft 106 keys           

SOFTWARE  REQUIREMENT

Browser                       :           Internet Explorer

Front End                    :           ASP.NET / PHP

Back End                     :           SQL / MY SQL

Data Storage Security in Cloud Computing using ASP.NET

ABSTRACT:

Data storage is very important, particularly “Data Storage Security in Cloud Computing” is more essential. As companies have turned to cloud-based services to store, manage and access big data, it has become clear that the cloud’s promise of virtually, on-demand increases in storage, computing and bandwidth is hindered by series of technical bottlenecks: transfer performance over the WAN, HTTP throughput within remote infrastructures, and size limitation of cloud object stores.

With Distributed File System (DFS), system administrators can make it easy for users to access and manage files that are physically distributed across a network. With DFS, you can make files distributed across multiple servers appear to users as if they reside in one place on the network. Users no longer need to know and specify the actual physical location of files in order to access them.

For example, if you have marketing material scattered across multiple servers in a domain, you can use DFS to make it appear as though all of the material resides on a single server. This eliminates the need for users to go to multiple locations on the network to find the information they need.

Apache supports a variety of features, many implemented as compiled modules which extend the core functionality. These can range from server-side programming language support to authentication schemes. Instead of implementing a single architecture, Apache provides a Multi Processing Modules (MPMs), which allow Apache to run in a process-based, hybrid (process and thread) or event-hybrid mode, to better match the demands of each particular infrastructure. This implies that the choice of correct MPM and the correct configuration is important. Where compromises in performance need to be made, the design of Apache is to reduce latency and increase throughput, relative to simply handling more requests, thus ensuring consistent and reliable processing of requests within reasonable time-frames.

Virtual hosting allows one Apache installation to serve many different Websites. For examples, one machine with one Apache installation cloud simultaneously serves.

SYSTEM SPECIFICATION / CONFIGURATION 

HARDWARE REQUIREMENT

Processor                     :   Intel Dual Core 2.6 GHZ

Hard Disk                    :   500 GB

RAM                             :   2 GB

Monitor                       :    19 inches

Mouse                          :    Microsoft optical Mouse.

Keyboard                    :    Microsoft 106 keys           

SOFTWARE  REQUIREMENT

Browser                       :           Internet Explorer

Front End                    :           ASP.NET

Back End                     :           SQL

SYSTEM ANALYSIS

EXISTING SYSTEM   

The existing system proposes a system that provides recommended information based on the captured history of navigation from a list of known users.

In another method using queuing theory and logistic regression modeling methods for profiling computer users based on simple temporal aspects of their behavior.

In another technique to generate readable user profiles that accurately capture interests by observing their behavior on the web.

In another aspect of work present a learner with unlabeled sequential data that discover meaningful patterns of sequential behavior from example streams. 

DRAWBACK  IN  EXISTING  SYSTEM

  • Focus on only a specific environment and cannot be transferred to other environments.
  • Computationally less efficient and slow.

PROPOSED SYSTEM

We propose an adaptive approach for creating behavior profiles and recognizing computer users.

We call this approach Evolving Agent behavior Classification based on Distributions of relevant events  and it is based on representing the observed behavior of an agent (computer user) as an adaptive distribution of his relevant atomic behaviors (events).

Once the model has been created, EVABCD presents an evolving method for updating and evolving the user profiles and classifying an observed user.

The novel evolving user behavior classifier is based on Evolving Fuzzy Systems and it takes into account the fact that the behavior of any user is not fixed, but is rather changing.

 The approach we present is generalizable to all kinds of user behaviors represented by a sequence of events.

 ADVANTAGES IN PROPOSED SYSTEM

  • Focus on a particular environment.
  • Able to create on different file.
  • Able to process large amount of data in real time environment.

Airline Catering Services

Purpose

India has a major market where there is a strong demand for top quality in flight catering services. A complicated system like airline catering needs to consider various issues. It is the independent international system which provides a collaboration work made easy by chef and administrator.

Project Scope

Airline Catering Services software provides a better user interface in the catering system. Here we maintain all the details of the chef and we maintain the all the goods available in the store. This makes the chef work more reliable. Apart from this Airline Catering Services application we also maintain transport details we have different vehicles to carry different food materials.

Communication interfaces:

System Design:

Study of Existing system

“India is a major market where there is a strong demand for top quality in-flight catering services”. A complicated system like airline catering needs to consider various issues. Till now this type of system is not yet integrated to provide automated catering services.

Technical architecture:

Proposed system

Airline catering services is the independent international airline caterer services which provides a collaboration work made easy by chef and administrator. Transport and Retrieval System have been devised manually, making the entire material handling/stacking process completely mechanized.

Using this Airline Catering Services application administrator can get the details such as number of passengers traveling in the aircraft, the items to be packed for the airlines, what type of food Items (veg or non-veg), beverages that are to be supplied. He can send the required information for administrator.

UML Diagrams:

Use Case Diagram:

Class Diagram:

Database design:

Requirements

Functional requirements

The following modules are present in this Airline Catering Services application:

  • Administration System: In this module admin can send all the details required to other members. Details like number of passengers travelling in the aircraft, the items to be packed for the airlines, what type of food items (veg or non-veg), beverages that are to be supplied will be configured.
  • Chef: The chef should have the details like number of dishes to be prepared. He will plan what are the items and beverages to be purchased from the vendor. He has to take care of each and every goods that is required for the chef, and he has to maintain each and every flight timings and what the food to be served for that particular airline he has to maintain all that details
  • Care taker: He is responsible to transfer the goods from the transporter to airlines. He plays a major role, he has to maintain all the records of what all the goods he delivered and at what time he received the good. He has check whether the food is good or spoiled during the traveling.

Database tables

TABLE NAME:  Airreg

Column
name
Data
type
Length Allow
null
Id Int 4 0
Name Varchar 50 0
Email Varchar 50 1  
Telephone Varchar 50 1  
Address Varchar 150 1  
Pin Varchar 50 1  
City Varchar 50 1
Status Char 10 0

TABLE NAME:  Chef_Orderproducts

Column name Data type Length Allow null
chefProductsId Int 4 0
ProductsOrdered Varchar 2000 1
OrderId Int 4 1
ChefEmpId Int 4 1

TABLE NAME:  roles

Column name Data type Length Allow null
role_Id Int 4 0
Role Varchar 50 0

TABLE NAME:  Flightdetails

Column name Data type Length Allow null
FlightId Int 4 0
FlightName Varchar 50 1
FlightTimings Varchar 50 1
Deliverytime Varchar 50 1
Report ename Varchar 50 1
Report ephno Varchar 50 1


TABLE NAME
:  Food_Type

Column name Data type Length Allow null
foodTypeId Int 4 0
foodType Varchar 50 1
Description Varchar 150 1
Status Bit 1 1

TABLE NAME:  Item Images

Column name Data type Length Allow null
imageId Int 4 0
imageName Varchar 50 1
imagePath Varchar 50 1
IsActive Bit 1 1

TABLE NAME:  Items

Column name Data type Length Allow null
ItemId Int 4 0
itemName Varchar 50 0
itemDescription Varchar 150 1
itemCost Float 8 1
ItemTypeId Int 4 0
imageId Int 4 1
foodTypeId Int 4 1
categoryId Int 4 1
ItemTempId Varchar 50 1
IsActive Bit 1 0

TABLE NAME:  Item temperature

Column name Data type Length Allow null
ItemTempId Int 4 0
Temperature Varchar 50 1

TABLE NAME:  Itemtype

Column name Data type Length Allow null
ItemTypeId Int 4 0
ItemType Varchar 50 1
Description Varchar 150 1
Status Bit 1 1

 Software :

  • Language : Microsoft C#
  • Microsoft ASP.Net
  • Runtime : Microsoft Framework
  • Environment : Microsoft Visual Studio IDE
  • Web server: Internet Information Services (IIS)
  • Database : Microsoft SQL Server
  • Operating system : Microsoft Windows

6.2 Test cases:

Test case number #01
Module Airline
Description Registration
Input Provide the details in the registration page for the airlines
Expected Output Request for username and password to be entered
Actual output Request for username and password to be entered
Test case number #02
Module Airline
Description Registration
Input Provide the login details
Expected Output Displays a message that registration is successful
Actual output Displays a message that registration is successful
Test case number #03
Module Airline
Description Login
Input Provide the login details and select the user option in dropdown
Expected Output Displays catering services home page
Actual output Displays catering services home page
Test case number #04
Module Airline
Description Home page
Input Click on about us link
Expected Output Displays the catering management information
Actual output Displays the catering management information
Test case number #05
Module Airline
Description Home page
Input Click on contact us
Expected Output Displays the address of catering services
Actual output Displays the address of catering services
Test case number #06
Module Airline
Description Place an order page
Input Select the food timings and food type
Expected Output Displays the item name, image, description and quantity information
Actual output Displays the item name, image, description and quantity information
Test case number #07
Module Admin
Description Home page
Input Click on orders link
Expected Output Displays the flight details, order details and delivery time
Actual output Displays the flight details, order details and delivery time
Test case number #08
Module Admin
Description Home page
Input Click on orders and view
Expected Output Displays the order details previously entered and  the items ordered
Actual output Displays the order details previously entered and  the items ordered
Test case number #09
Module Admin
Description Home page
Input Click on orders and accept
Expected Output Request to select the chef to whom order has to be assigned
Actual output Request to select the chef to whom order has to be assigned
Test case number #10
Module Admin
Description Home page
Input Select the chef from the drop down list
Expected Output Displays the particular chef information
Actual output Displays the particular chef information
Test case number #11
Module Admin
Description Home page
Input Click on submit
Expected Output Displays a message that the order has assigned successfully
Actual output Displays a message that the order has assigned successfully
Test case number #12
Module Chef
Description View order
Input Click on order link
Expected Output Displays the order item details and order status
Actual output Displays the order item details and order status
Test case number #13
Module Admin
Description view status
Input Click on order status
Expected Output Displays status as product ordered by chef
Actual output Displays status as product ordered by chef
Test case number #14
Module Chef
Description if the order is ready
Input Click on chef inprocess order link
Expected Output Click on completed preparing food link
Actual output Click on completed preparing food link

Output Screens shots

  1. Login
  2. “User” home page
  3. Select Food as per our choice
  4. Place Order
  5. Admin Login
  6. “ADMIN” check for orders with respective of flight details , food types. He sends order information to “CHEF”
  7. CHEF logins and check his orders and prepares food .

Front End: ASP.NET

Back End: Sql Server

Conclusion:

This  proposed  project  “Airline Catering services” is  analyzed ,designed , developed and  tested in the specified  period  of time  using the Advanced Microsoft  .Net technology   to automate the general operations held in a catering system

Employees to Employer Conference

Abstract:

In this Employees to Employer Conference project, we will provide an enhanced way of communication between team members and employees working for an organization.

There are 2 modules

  1. Admin
  2. Employee

Admin:

Admin will login into the application by giving the default username and password and admin can create the branches by giving its id and he can also add departments for respective branches and add employees for respective branches and departments that are added by admin. Admin can view the added branches, Departments and employees of all branches. Admin can delete the employees.

Employee:

Employee will login into the application by the admin given user-id and password and selecting the department, after logging in an employee can view his profile and also add the documents required for any type projects which are made in the organization. While uploading documents he can give the description for what kind of this document is. He can also enter into the conference and discuss with the other team members in the respective branch and department about the project details. Employee can also view the list of documents uploaded by him.

Existing System:

In the existing system communication between employees is lacking which leads to a non-healthy environment and may decrease the growth of the organisation so the above mentioned will be sorted out with this application.

Database Tables: Database tables for Employee, branch, Data and Department.

Data Flow Diagrams

Proposed System:

UML Diagrams:

Class Diagram:

State Diagram:

ER Diagram:

Front End: ASP.NET

Back End: SQL Server