Tag Archives: java

Text Editor Mini Project

Introduction :

JText Editor is a basic text editor that you can use to create a simple documents. The most common use for JText Editor is to view or edit text files. It supports only very basic formatting. You cannot accidentally save special formatting in documents that need to remain pure text. This is especially useful when creating java programs, HTML documents for a Web page because special characters or other formatting may not appear in your published Web page or may even cause errors.

You can save your JText Editor  files as Unicode, ANSI, UTF-8, or big-endian Unicode. These formats provide you greater flexibility when working with documents that use different character sets.

The JText Editor Application is a menu driven application that performs text editing operations such as File, Edit, Search  and Help operations.

Existing System:

The existing system has many drawbacks like maintaining records for all Clients, online transactions is not possible, and manpower is required.  It is more difficult by verifying all the information and making reports for each and every transactions ,up and down time details and the final reports which are going to be stored to their transaction have to be kept secure and also generation of every report is very difficult.  The present system is a manual  work and is should require so much of manpower and it is very time consuming process.

Time Delay

Information related to all transactions is stored in different tables.  Since all the values are stored in different tables, it takes a lot of time to   prepare different reports and know the information about that particular transaction.

Accuracy

Since data is compiled at different types of transactions. If the data is more validation becomes difficult.  This may result in loss of accuracy.

Reports

Various reports are tabulated manually. They are not much attractive and require more time.  Online enquiry of data is not possible.

Proposed System:

Proposed system is entirely computer based one. In this all data is entered into computer and stored. It allows to store large amount of data.  Since the system is developed to provide visual environment, it is very easy for the evaluator to get understand and work on it.  In this evaluator need not bother about the common data entry mistakes as well as the common data fields validated against pre-specified rules and regulations.

We can get any information about the process at online Because of software capabilities reports can be generated speedily and in attractive and desired manner.  The data security checks are made to prevent unauthorized access by other users.  The system is users friendly by providing tree view controls, customized text boxes, combo boxes and other options.  Since database is fully normalized, memory usage is very less compared to existing manual system.

Unique ID : SBW15029

Domain : Java application

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Imperial Retail Super Market Management System

Introduction :

E-shopping Management was approached by a very big shop to develop a web based application to be accessed by the users over the internet. The central concept of the application is to allow the customers to shop virtually using the internet and allow customers to buy the items and articles of their desire from the store. The information pertaining to the products are stored on an RDBMS at the server side (store). The server processes the customers requests and the items are shipped to the address submitted by them.

Existing System:

In existing system everything is manual like customer will go to shop manually and he/she selects items which are available in shop and the merchant will calculate the bill for products selected by the customer and then shipping process will take place.

Existing System is manual. Following operations performed manually

  1. Displaying items
  2. Selecting items
  3. Billing process
  4. Shipping

Proposed System:

The proposed system should be in the way, the customer need not to enter into the shop to purchase items. He can purchase the items through the internet. The items should be shifted to the customer address specified when he register his details at the site.

The end user of this product is a departmental store where the application is hosted on the web and administrator maintains database. This application which is deployed at the departmental store will automate the following process.

  1. The customer details are appended to the customer database.
  2. The details of the items are brought forward from the database for customer’s view based on the selection through the menu.
  3. Database of all the products are products are updated at the end of the each transaction.

Unique ID : SBW15028

Domain : Web Application

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Graphics Data Visualisation

Introduction :

The main aim of the project is to view all the information of the company in the graphical representation.  That is it can maintain all the details of the particular company between One year to another year in the graphical format.

The administrator can view all the details of the company i.e. their product details, their sales details and their annual information can given to the system. The system can see all the details in the pictorial representation. So administrator can easily identify the information and he can take decision which company can earn Profits in which year and he can take the proper decision the related companies. So The administrator can easily identify the difference between from one year to the Year.

Existing System:

In the early days the information of all the companies are to be stored in the textual format. So we can compare the company information from one year to the another year we will read. The all the information and finally take a decision, so it is time consuming and it will take more risk. Because we can read all the records of a particular company. There so many Number of records. It will take more manpower. But taking the decision is not correct in all situation because we can remember . All situations. only one who reads the all the information is only take the permission to take the Decision it will take some times wrongs.

Proposed System:

In the present system all the information can be represented in the graphical format.

So we can compare one year to the another year very easily.

Advantages:

  1. By comparing the graphs of particular company we can easily identify the difference
  2. Between sales or product or annual income between one to another year is very easily.
  3. The decision is very fast and accurate.
  4. Easily identify the sales decrease or increase from one year to the another year .
  5. Easily identify the annual income and profit from one year to the another year.

Unique ID : SBW15026

Domain : Web Application

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Graphic Media Player

Introduction :

The aim of the project is to develop a graphical user interface to perform various operations on different kinds of multimedia files.

The operation include

  • Opening a audio or video clip or a list of Selected clips
  • Playing a clip
  • Moving to next clip
  • Moving to previous clip
  • Moving to first clip
  • Moving to last clip
  • Saving a play list
  • Loading a saved play list

The other types of operations that this player can perform are

  • Displaying media information
    • Name of the File and its size
    • Type of the file
    • Location of the file
  • Time total time of a clip
  • Time remaining

The types of files that can be opened are

  • Wave files
  • Mp3 files
  • MPEG files
  • Audio/ video interface files
  • Data files

Existing System:

In Existing system we are using windows media player. It is by default comes with windows OS, otherwise we purchase software’s of other players to play our files.

Proposed System:

By using this system we can open the file and play the audio files in this system. The clarity of the sound is more efficient and screen quality is also high. If user want to stop the player then click on stop button. If user want to exit from player then click on exit button.

Goals of  New System:

  • Opening a audio or video clip or a list of Selected clips
  • Playing a clip
  • Moving to next clip
  • Moving to previous clip
  • Moving to first clip
  • Moving to last clip
  • Saving a play list
  • Loading a saved play list.

Unique ID : SBW15025

Domain : Web Application

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Feature Rich Discussion Board Component with a Single Threaded Web Communication Channel

Introduction :

The project is aimed to develop the Discussion Board is a message board system online and interactive discussion board in server-client architecture. Based on GNOME libraries and its own xml based protocol, it provides mailing list style discussion, RSS style viewing and overcomes the clumsiness of web based forums.

Existing System

In the existing System the whole process is now manually controlled. This requires maintaining the records of the queries coming from the users in the paper. All management working on the other location of same organization cannot access the information. It’s a time delay process. And maintaining all the records in Excel sheets is difficult. If they want any record they have to search all the records.

Limitations in Existing System:

Time delay:

In the existing systems all the information related to the transactions are stored in the registers, so it takes a lot of efforts and time to generate the reports, monitor promotion, calculate the patients billing information.

Redundancy:

As the information passed through different registers, each register is consolidated and sent to next register, so the same information is being tabulated at each register.

No Accuracy:

Because of redundancy, the threat to accuracy arises. Because the same data is maintained at different registers there may be a possibility of tabulating the data wrongly.

Proposed System:

The present system is an automated system which has more features than the existing manually controlled system. This system can be used as an application for the any web based application to raise the issues on related topics. User logging should be able to upload the information of the user and also the administrator can access the information of abroad and branches of same organization through online. We provide security for the system by giving authentication to every user.

Unique ID : SBW15023

Domain : Web Application

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Feature Rich Customisable Bookshelf

Introduction:

This system provides immediate access to fully searchable technical content from leading publishers for problem solving, learning and skill enhancement. Online video provides expert instruction on web design, software development, graphics tools, and desktop applications training.

Search technology identifies the specific information you are looking for. Simply type in a word or phrase and you’re instantly brought to the section of the book that pertains to what you’re looking for.

Existing System:

The Current System is a manual system which is not totally computerized especially in libraries and general book stores. The system takes lots of time in performing different activities, and there is no data handling. There is no integration in the current system upon common data format. There is no report generation of the particular customers account details.

Limitations in Existing System:

  • There is complete manual system in entering customers data and handling it.
  • There is no centralized database maintenance.
  • There is no easy access to the particular customers record.
  • The customer cannot easily navigate through the database.

 Proposed System:

The Proposed system is a browser based application which is completely related to internet browsing. The web enabled information management system designed to automate the entire operations of a modern. This maintains and controls the stock details and does online billing and generates various online reports. This system allows multi-divisional, multi-department system handling that includes various activities. In this system it gives the entire reports of the customer’s account and there details.

Unique ID : SBW15022

Domain : Web Application

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Fashion Management System

Introduction :

The main aim of the project is to select the models based on the client requirement. The client can choose any model among the list. Client can send message to the administrator. The administrator can send all the information related to the customer to the model. The model can accept particular client and send information. The administrator can maintained number models and the information related to the particular model. Whether the model is interested to act on a client advertisement, she can select the client information otherwise she can reject client information.

Existing System:

In the existing system everything is manual. The client information and models information are to be stored in the paper based format and more time will be taken to send message from one place to the another place. There is no login for the new models they first contact with the admin and the admin can enter their information .

Proposed System:

In  the proposed system all the information is to be maintained in the computer based online system.

Unique ID : SBW15021

Domain : Web Application

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Ez-Hotels

Introduction :

EzHotels”  is a service provider site for both users for online reservations and for hotelier’s the targeted hotels to connect to this portal is 30,000 . It is an UK based service . Users can register from anywhere through this application .Users are facilitated to plan the trip  and check the suitable package for them .It’s a complete functional portal.

Online UK HOTELS  provides to choose from over 30,000 hotels worldwide with the best prices. It’s a online web application which facilities hotel information’s. It’s facilitated for users and hotels.

Ez-Hotels provides hotel management tools for the hotels where they can manage the hotel administration like expenditures, maintenance, entry register. This is the first time that any online tools to manage there hotel and client reservation is provided.

Graphs are provided for the hoteliers to monitor and see the statistical figures of there business and Online hotel reservations.

Existing System:

In this step, we provide a detailed description about the existing system and the problems faced in the existing system. This stage is not required when there is no existing system previously. In this case, we develop a new system.

Proposed System:

In this step, generate a draft of proposed system, which can solve the problems stated in the existing system. We also describe how the problems can be solved using the new system. There can be any number of proposed systems among which the best solution can be chosen.

Unique ID : SBW15020

Domain : Web Application

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E-Wheelz

Introduction :

Journey became part and parcel of a human being’s life. Without moving around, people cannot communicate and share the moments with others. In this busy world, especially when more and more population is seen in the developing nations, it is highly essential to have a comfortable and safe journey. When a passenger wants to go on a journey, he wants to first reserve some seat in a bus and for the intended date. This becomes easy with E-Wheelz software. It helps in obtaining reservations of seats in a bus well before and take the tickets also online by staying at home.

E-Wheelz software is a globally deployable, integrated, workflow based end-to-end system  starting from searching bus routes to book them online. This is a complete application for travellers as well as venders. Vendors provide the information like available routes, timings, price, etc. Customers can book a ticket which is a five step process that includes Search Bus, Select Bus, Select Seats, Provide Customer Information and Make Payment.  This application also provides facility to cancel a booked ticket online. There is also scope to measure the user satisfaction regarding the entire booking process. He can express his views or grievances through testimonial option in the application so that it reflects the goodwill of the travel company and helps other users to have trust in the company.

Existing System:

Here the existing system is a manual one. When a customer wants a book a ticket for his journey then he needs to go to any booking branch office physically and book the ticket. In this case the branch people needs to check the available seats by making a call to main office and then only these people can book ticket which leads to improper synchronisation between the branches. We can maintain all the booking details in a record at very branch but finally checking the availability and allotting the seats may cause some human errors. It is very difficult to maintain the booking details of each bus and their status manually.

Disadvantages: 

  • Difficulty in co-coordinating different branches and allotting the seats
  • Customer has to come and book the ticket physically which gives competitors to grab the market
  • Difficulty of maintaining each bus booking details in record.

Proposed System:

The E-Wheelz is to replace the existing manual system with a online software solution using which provides lot of flexibilities for the customers from online. Customer can book ticket according to his requirement by viewing different different buses information and their seat arrangements on the console very easily. It fills the gap between different branches and provides effective synchronisation between them. It allows the customers to post their feedback which will be displayed as testimonial.

Unique ID : SBW15019

Domain : Web Application

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Effort Tracker System

Introduction :

This project is aimed at developing an Effort Tracker System that is of importance to an organization. The Effort Tracker System is used to track the employee activities and summarize all related activities with the total hours spent and percentage efficiency utilized and generate a report for the same. This project is used to track the employee activities and summarize all related activities with the total hours spent and percentage efficiency utilized and generate a report for the same.

Existing System:

The Existing system is manual System. The Effort is tracked manually. This system is tedious and time consuming

Proposed System:

The proposed system is web based application. The proposed system contains the following functionalities:

  • There are registered people in the system.
  • Some are approvers.
  • The hierarchy could be Engineers/Managers/Business Managers/Managing Director etc.
  1. A person should be able to
    • login to the system through the first page of the application.
    • add/modify/delete a task.
    • Start the timer to track the task. More than one task can be selected. In this case the weight age of the timer is distributed such that the total weight age of all the tasks selected becomes 100%.
    • Submit a weekly report to his superior.
    • View the submitted and the non-submitted reports.
    • Modify the non-submitted report.
    • Modify the approvers name and the project code.
    • Get help about the Effort Tracker system on how to use the different features of the system.
  2. As soon as a weekly report is submitted by the employee, an automatic email should be sent to his superior (approver) giving details about the report.

Unique ID : SBW15018

Domain : Web Application

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E-Counciling

Introduction :

Much like traditional counciling, eCounciling can help with a wide variety of problems, including stress related problems, family problems, grief and loss, anger management, anxieties and phobias, abuse, job loss and most major life changes.

Existing System:

The existing system is loaded with discrepancies.  All these occur due to the manual work done throughout the system.  Manual operations derive inefficient process and information with average accuracy.

The main drawbacks of the system are:

  • Inefficient approach
  • Delay in appointment scheduling
  • They may charge high for counciling

The existing system has inefficiencies regarding counseling for the customers.  The customer has to send the required information about him/her to the administrator, so that administrator should provide security for the customer without leaking his/her information. Some times customer has to interact with the respective counselor for that it may take lot of time consuming so all these will affect the accuracy and also the pace of execution of the counseling.

Appointment for the Interaction between counselor and counselee may take lot of time.  Each phase will take considerable time in completing the process defined. Appointment for the customer is being delayed.  The customers are not updated in the counseling execution. Before interaction we should check the credit card validity.

Customers are not aware of their type of problem and the execution of process.  They should get respective counseling according to their problem. So we should check all these feasibilities

Proposed System:

The proposed system is designed based on the objectives prepared to fulfill the existing systems drawbacks.  The system design concentrates on deriving efficient process flow which uses optimum resources and deliver maximum results.  The system concentrates on cost estimation, instant access of information effective human resource management and customer servicing.

The application design provides centralized data accessibility with high security which avoids the blackmailing of the customer the current system provides analytical reports which enables the counseling to forecast the process efficiently and develop the growth rate of the organization with high customer satisfaction.  The system should update every information which services the customer with better counseling. The proposed system uses the latest technology which customizes and makes the development process of the application very easier and effective.

The proposed system nullifies most of the discrepancies that arise in the existing system.  The advantages of the proposed system over the exiting system are as follows:

  • High level security
  • Instant data access
  • Consistent Process Approach
  • Technology integration
  • On-line transaction

In this system the customer can do his transactions online.  He is well aware of the counseling process throughout the system. He is able to know the charges, availability of counselors and other details, online.

Unique ID : SBW15017

Domain : Web Application

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Distributed Database Querying System (DDQS)

Introduction :

The project aims to develop an application which could query multiple heterogeneous databases in a distributed fashion. The project would provide me familiarity with the RMI mechanism as implemented in Java. It will also give me an insight into some of the challenges involved with designing and building a distributed application.

Objective:

The problem involves developing a distributed database querying system. The system has three databases. These databases are MS Access databases as used in this implementation. However, these databases could be of varying architectures like Oracle or MS SQL server and so on.

The system has three Access databases on three different machines. The database structures are as described in the problem statement earlier. Just above the databases on each machine is a Query Database object. The Query Database object can talk to the Database and make queries on it. Since the Query Database objects are on the same Machine as the database they are interacting with, it is assumed that the individual Query Database objects would know the structure of the database they are querying. The Query Database object talks to the database using JDBC (Java Database Connectivity) calls. Unfortunately, the Access databases do not recognize JDBC calls. However, Access understands another standard i.e. ODBC (Open Database Connectivity). Thus the Query Database objects use a JDBC-ODBC bridge to connect to the database.

Each machine implements a server that implements a MyServer interface. These servers have the job of binding the name of the particular machine with the RMI registry. The servers implement among other things, a method called ProcessData. The Process Data method is the remote method that would be called using RMI.

So the execution goes on like this,

  1. A client takes a query from the user. This query is a pid of a student whose information is required.
  2. The client calls the Process Data method of the second machine remotely and passes it the query string and a result string (which is initially null). The Process Data calls the corresponding Query Database method and store the results got into the result string. It then calls the Process Data of the third machine remotely.
  3. The Process Data method on the third machine does a similar job and calls the Process Data method on the first machine (on which the client was run). It then contacts the Query Database object and gets the results from the first database which are appended to the result string and finally, the Process Data method on the first machine will write out the result string to a file which is named as query.

Existing System:

We can’t access more than one databases existing in different servers.

Proposed System:

By using this we can overcome the drawback of existing one.

Unique ID : SBW15016

Domain : Web Application

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Country Cargo and Express Couriers

Introduction :

This project is aimed at developing a data entry system that will enable the image assisted data entry for the cargo for the courier logistics. Which is used to simplify the maintenance of the complete details of products, inventory, staff, customers, billing, delivery of goods, etc.

The system should have appropriate login facility with relevant option like new user. The system should allow admin to provide login id and passwords for the users with role privilege option. For appropriate user login the role privilege (Admin/Supervisor/User) should be selected. The system should provide the Supervisor to set the priorities for the shipment load deliveries, also with services like ADD, UPDATE, VIEW, and DELETE on the shipment load item details. Here the user is categorized as sender (source station) and receiver (destination station). The system should provide the user (sender) to enter all his item details for shipment delivery. The receiver after receiving the shipment delivery will be provided with the options of viewing load details and also at the same time sends an act to both user (sender) and supervisor.

Existing System

The Current System is a computerized system but which is maintained at individual databases. The system doesn’t provide complete online services like online reports, and centralized database.

Limitations in Existing System

  • This system is maintained at individual database
  • The User or student cannot easily access the database
  • In the current system there is database maintenance, therefore accessing single records take more time to verify the data of particular student information.
  • Student doesn’t have any permission to access their own accounts.

Proposed System

The Proposed system is a browser which is completely related to online system, which provides the centralized database. The web enabled country cargo and express couriers designed to automate the entire operations of a modern cargo and couriers. The system allows multi-divisional, multi-department system handling that includes various activities.

Unique ID: SBW15013

Domain : Web Application

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Core Banking System

Introduction :

Core Banking System, it is a centralized database system that covers the entire banking transactions needed.  These days, banks want to be customer-centric, not product-centric; at the same time, they are more cost-conscious: they look to technology to reduce overhead and save cost out of each transaction of the Financial Institution.

The desire to retain existing customers and attract new ones remains a key business driver as banks seek to differentiate themselves from the competition. And as retail banks look to refresh their core-processing platform. It is essential to consider which technologies will produce the best combination of return on investment and flexibility to accommodate future changes in the business. A new management team that joined mandated to give the bank a clear focus in the market place, to establish strong corporate governance and to achieve cost savings. As well, the bank wished to position itself for growth.

The vendor of core banking system had announced that it planned to withdraw the application. To replace the withdrawn application, the bank was forced to migrate to a new core banking system or alternatively, to change its operating model to outsource IT services and back-office processing.The proposed project Core banking  customer & corporate includes Financial Institution Infrastructure, customer Management and Customer Overview,  Accounts Management, Payments , Management Information.

Existing System:

In the early days of banking technology, the network/backend infrastructure used to be decentralized. This meant that each branch had its own server(s), banking applications, database(s), and other such assorted hardware/software.

Decentralized networks had their own set of problems in terms of the cost and management fronts. The decentralized model involves huge capital expenditure and resources (trained manpower, hardware, etc). In the decentralized model, there is no coordination or one central control point. This was an acceptable scenario till multi-channel came into the picture. With these concepts came the need for a centralized database. The database had to be updated instantaneously irrespective of the branch or channel the customer used. The networks had to be run and managed with lesser costs.

Although data centers were being used by some of the banking majors, they were never considered as being capable of being a central operations hub. Things changed when banks realized the cost benefits of swapping the decentralized model to centralized data center architecture.

Proposed System :

The traditional centralizing structures are still the preferred options, but payment factories are becoming more critical as the integration layer between treasury and the rest of the organization. Furthermore, strategic outsourcing is lowering the investment and project risk barriers and can significantly reduce the execution time of a centralization initiative if not even leap-frog some of the intermediate phases.

While organizational centralization is a concept that is well understood, its practical application faces many challenges that often lead to a slow progression towards fully centralized management models. Transition can take different forms and can proceed at different speeds depending on the corporate organization.

Individual business as well as form-wide initiatives, driven by cost efficiency, process integration or performance visibility, generate new centralization-fostering opportunities

The use of reference to centralization terminology requires some qualifications:

  • Strategic coordination – the less intrusive form, relying on policies, procedures and guidelines centrally issued.
  • Compliance control – based on a formal and strict compliance and reporting framework, which could extend to central approval for certain activities
  • Mandated execution – involving the transfer of some value-adding activities to a central entity
  • Functional consolidation – migration and reorganization of entire activities into a new infrastructure

While organizational centralization is a concept that is well understood, its practical application faces many challenges that often lead to a slow progression towards fully centralized management models. Transition can take different forms and can proceed at different speeds, depending on the corporate organization.

“Centralization” is commonly associated with a number of strong benefits that range from pure cost savings to control improvement, full compliance with corporate policies, process standardization, increased productivity and expertise consolidation.

Unique ID: SBW15011

Domain : Web Application

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Complaint Management System

Introduction :

The purpose of this project is to provide the complaints for different products and getting reply from the products handling teams.

Customers may have complaints about its products. They will be given an email id for each product, where they can send an email when they have a complaint to register. The emails will get converted to complaints and get assigned to the persons handling that product. The complaints can be assigned to different persons and will get tracked to closure. The person handling the complaint will have the facility to communicate with the customer via emails through the system.

Existing System

In Existing System Customers of the Organization has to Visit the Organization Whenever they have any Complaints regarding the Products of the Organization, This wastes lot Of time. When ever a customer of the bank requires service from the bank he required moving to the bank and then he required to submit the compliant to the specified officer. The problem is written in paper and will be submitted at the bank. Then the manager will look after it and then he will take care about the customer’s problems. After that the manager will enquire and allocate the problem to the specified person in that department. The person will enquire the problem and then rectifies it.

Limitations in Existing System

  • Here in the existing system the customers need to visit the organization.
  • The current system is very slow in access.
  • The complete current system is manual system and it will not provide any kind of security to the data.

Proposed System

In the proposed system we have the following new implementations: Users of the system, Customers of the Complaint Management System. Here again any number of groups can be assumed. The complaints can be assigned to different persons and will get tracked to closure. The person handling the complaint will have the facility to communicate with the customer via emails through the system.                                                              

The proposed system is automated process of sending request through the web based system. The complaints can be sent easily by the customer from anywhere. The services are given through the system are through the email.

Unique ID : SBW15009

Domain : Web Application

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COMMON APPLICATION SYSTEM FOR EMPLOYMENT EXCHANGES

Introduction :

The project has been developed to fulfill the requirements of the Employment Exchanges. The current product is a part of overall web-based employment portal. The product will take care of job seeker, employer and employment exchange perspective for submission activity. Subsequently, the following points were identified as the broad features required in the software to be developed for Employment Exchange Computerisation at National Level with a facility to meet the additional/local requirements of the respective States.

The EMI (Employment Market Information) module is responsible for providing the necessary functionality to generate Employment Market Information . The module should assist Manpower shortage planners and Employment Officers in finding out kind of manpower required. Work done by me includes management of EMI Unit, EMI Unit Contact, EMI Office, EMI Office Contact, EMI Unit Type, EMI Return, and Return Periodicity.The work done on the module is adhering to sound software engineering principles.

Existing System

Realizing a higher need of development efforts and investment of time, developing a uniform application software for implementation within the State/National level employment exchanges, requires new business processes and supporting tools and infrastructure. Since the previous computerization efforts by various agencies have resulted in the use of multiple platforms, duplication of developmental efforts, and maintenance problems in places/states due to the lack of networking infrastructure.

Any system supporting a business process for the employment exchanges at a National Level thus must thus be able to reach out to a number of different users/stakeholders of the system who are situated in different locations at different times with different informational needs in a consistent manner and maintain uniformity of procedures with the provision of meeting the additional/local requirements of that region or state. Such systems must therefore be centralized in their very nature, and should be associated to a central server. The centralized computing paradigm is therefore inherently appropriate for the project-oriented nature of business processes of the employment exchanges, since it promises central, one point, and common solution which focuses on uniformity of employment procedures and providing efficient services to the job seekers and employers when needed. With this in mind, supporting existing business processes of employment exchange for interaction between jobseekers, employers and employment exchange personnel, and employment exchanges appears as a fruitful concept for adding more value through a National Employment website/portal, thereby increasing quality of services offered by the Employment Exchanges for the people

Proposed system

The present system comprises of manual procedures in most of the employment exchanges and hybrid of manual & computerized system. In the manual system, the main problems faced are time lag and accuracy, maintenance of records, deviations from uniform procedures, MIS, returns compilation.

In computerized system, all the activities are not addressed; MIS and returns compilation is up to some extent; multiple platforms are used; technological advancement needs has resulted in duplication of efforts and maintenance problems in many States with partial networking.  The proposed system will take care of all the common activities to maintain uniformity of procedures, MIS and returns compilation as per NESM on a common platform with networking of all the exchanges. To take care of technological advancement, change requirement is to be addressed separately. The separate System Specifications are to be prepared by respective States to address local requirements.

Unique ID : SBW15008

Domain : Web Application

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Cargo Management System

Introduction:

Cargo Management System is cargo to market the goods, to find the requires raw materials buy them. Once a raw materials is purchased. It’s calculated in the bills payables settle online payments. At the time of arrival of raw material, Electronic weighting scale is used to capture the weights of raw materials in to the computers.

The system is developed for a valid user id and password, and no body can enter the official section.  Also to minimize the overhead of repeating for userid and password each and every time the user move to next page, we are using the concept of session and cookies where a user id and password are stored in temporary file which get deleted automatically as user logs out.  Like this there is no need to enter the userid and password on each and every page also protecting it with asking for user id and password as a login page.

Existing System:

In the existing system everything is manual.  Occurrence of errors is more while accessing the data.  Data maintenance creates a problem.  Editing or modifying a record required way is not possible.  Creation of entries and reports is problematic.  The system is irregular and inefficient due to lack of uniformity.

Proposed system:

To overcome the difficulties of an offline system, which requires lot of human intervention and lot of time and money, cargo maintainces is looking for web application over Internet. The computerized “Online System” has many benefits over the manual system.  The time consumption in achievement of tasks in case of computerized system is much less than the manual system.  Maintenance of number of files is generally reduced.  Cost of retrieving the data is reduced.Retrieving the data in a desired manner is possible.  Manual work is reduced.  Retrieval and access of data is easy.  Transactions are processed quickly and easily.  Information sharing becomes quite easy.

Unique ID : SBW15007

Domain : Web Application

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Music Catalog Order Processing Latest Mini Project

Introduction:

The World Wide Web is an attractive target to many attackers. It has a lot of valuable information that can easily be accessed to a person with the right knowledge. With the increasing number of electronic commerce sites popping up every day, we are very concerned with the security of transactions.

Now a day’s Media accepts orders by credit card only. No checks, money orders or PayPal at this time. To place a credit card order, we are implementing a music catalog order processing system which user web services for credit card processing. This is an online system which is maintaining a centralised database any one can access any time.

In this site we will address some of the security issues and solutions for web developers to implement when creating e-commerce sites. We have discussed ways to secure your server, protect the network from outside intrusion, and the use of digital certificates to secure transactions. We have also listed some software solutions we recommend that can be beneficial to your site.

Existing System

The present system is manually operated system money payments all are going through checks or DD’s. There is no reliability for those transactions. We don’t know where the money received or not.

Limitations in Existing System

  • Information of processing is a very big process.
  • No security for the money you paid.
  • Report generation will be a big task.

Proposed System

The Proposed system is a browser which is completely related to online system, which provides the centralized database. It stores data and description of the particular Music data. It can also create reports based on the information in its database.

Unique ID : SBW15038

Domain : Web Application

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Administration of Super Specialty Hospital

Introduction: 
This system can be used as an application for the hospitals with a Full-featured Web-based medical billing and hospital management software for solo or group practice.This project is aimed to develop a web based Hospital Administration System, which is used to handle all operations in hospitals, and can provide a better service to patients. The purpose of the Super Specialty Hospital is to provide better service to the administration, to automate all the activities of administration.

The entire project has been developed keeping in view of the distributed client server computing technology, in mind. The specification has been normalized up to 3NF to eliminate all the anomalies that may arise due to the database transaction that are executed by the general users and the organizational administration. The user interfaces are browser specific to give distributed accessibility for the overall system. The internal database has been selected as Oracle. The basic constructs of table spaces, clusters and indexes have been exploited to provide higher consistency and reliability for the data storage. The Oracle was a choice as it provides the constructs of high-level reliability and security. The total front end was dominated using the Java J2EE technologies. At all proper levels high care was taken to check that the system manages the data consistency with proper business rules or validations. The database connectivity was planned using the latest ”JDBC Connection” technology provided by Microsoft Corporation. The authentication and authorization was crosschecked at all the relevant stages.

Existing system

In the existing system all the details of the hospital and patients are maintained in the excel sheets. If the details of the hospital registered in one location the management working on the other location of same organization cannot access the information. It’s a time delay process. And maintaining all the records in Excel sheets is difficult. If they want any record they has to search all the records.

The whole process is now manually controlled. This requires maintaining the records of the queries coming from the employees in the paper.

Proposed system

The present system is an automated system which has more features than the existing manually controlled system. The administrator of the hospital can access the information of the hospital and patients at any time from any place. And also the administrator can access the information of abroad and branches of same organization through online. We provide security for the system by giving authentication to every user. The billing will be automatically generated based on the facilities used by the patient. This system has easy to easy interface to the user who can easily navigate through the system.

Unique ID:  SBW15001

Domain : Web Application

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Preventing Distributed Denial of Service Flooding Attacks with Dynamic Path Identifiers

Introduction:

In recent years, there are increasing interests in using path identifiers (PIDs) as inter-domain routing objects. However, the PIDs used in existing approaches are static, which makes it easy for attackers to launch distributed denial-of service (DDoS) flooding attacks. To address this issue, in this paper, we present the design, implementation, and evaluation of D-PID, a framework that uses PIDs negotiated between neighbouring domains as inter-domain routing objects. In DPID, the PID of an inter-domain path connecting two domains is kept secret and changes dynamically. We describe in detail how neighbouring domains negotiate PIDs, how to maintain ongoing communications when PIDs change. We build a 42-node prototype comprised by six domains to verify D-PID’s feasibility and conduct extensive simulations to evaluate its effectiveness and cost. The results from both simulations and experiments show that D-PID can effectively prevent DDoS attacks.

Reference IEEE paper:

“Preventing Distributed Denial-of-Service Flooding Attacks with Dynamic Path Identifiers”, IEEE TRANSACTIONS ON INFORMATION AND FORENSICS SECURITY, 2017.

Unique ID – SBI1075

Domain – INFORMATION FORENSICS & SECURITY

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An Efficient and Fine-grained Big Data Access Control Scheme with Privacy-preserving Policy

Introduction:

How to control the access of the huge amount of big data becomes a very challenging issue, especially when big data are stored in the cloud. Ciphertext-Policy Attribute based Encryption (CP-ABE) is a promising encryption technique that enables end-users to encrypt their data under the access policies defined over some attributes of data consumers and only allows data consumers whose attributes satisfy the access policies to decrypt the data. In CP-ABE, the access policy is attached to the ciphertext in plaintext form, which may also leak some private information about end-users. Existing methods only partially hide the attribute values in the access policies, while the attribute names are still unprotected. In this paper, we propose an efficient and fine-grained big data access control scheme with privacy-preserving policy. Specifically, we hide the whole attribute (rather than only its values) in the access policies. To assist data decryption, we also design a novel Attribute Bloom Filter to evaluate whether an attribute is in the access policy and locate the exact position in the access policy if it is in the access policy. Security analysis and performance evaluation show that our scheme can preserve the privacy from any LSSS access policy without employing much overhead.

Reference IEEE paper:

“An Efficient and Fine-grained Big Data Access Control Scheme with Privacy-preserving Policy”, IEEE Internet of Things Journal, 2017.

Unique ID – SBI1078

Domain – INTERNET OF THINGS (IoT)

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Efficient and Privacy preserving Polygons Spatial Query Framework for Location-based Services

Introduction

With the pervasiveness of mobile devices and the development of wireless communication technique, location-based services (LBS) have made our life more convenient, and the polygons spatial query, which can provide more flexible LBS, has attracted considerable interest recently. However, the flourish of polygons spatial query still faces many challenges including the query information privacy. In this paper, we present an efficient and privacy-preserving polygons spatial query framework for location-based services, called Polaris. With Polaris, the LBS provider outsources the encrypted LBS data to cloud server, and the registered user can query any polygon range to get accurate LBS results without divulging his/her query information to the LBS provider and cloud server. Specifically, an efficient special polygons spatial query algorithm (SPSQ) over ciphertext is constructed, based on an improved homomorphic encryption technology over composite order group. With SPSQ, Polaris can search outsourced encrypted LBS data in cloud server by the encrypted request, and respond the encrypted polygons spatial query results accurately. Detailed security analysis shows that the proposed Polaris can resist various known security threats. In addition, performance evaluations via implementing Polaris on smartphone and workstation with real LBS dataset demonstrate Polaris’ effectiveness in term of real environment.

Reference IEEE paper:

“Efficient and Privacy-preserving Polygons Spatial Query Framework for Location-based Services”, IEEE INTERNET OF THINGS JOURNAL, 2017.

Unique ID – SBI1079

Domain – INTERNET OF THINGS (IoT)

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A robust reputation management mechanism in the federated
cloud.

Introduction:
In the Infrastructure as a Service (IaaS) paradigm of cloud computing, computational resources are available for rent. Although it offers a cost efficient solution to virtual network requirements, low trust on the rented computational resources prevents users from using it. To reduce the cost, computational resources are shared, i.e., there exists multi-tenancy. As the communication channels and other computational resources are shared, it creates security and privacy issues. A user may not identify a trustworthy co-tenant as the users are anonymous. The user depends on the Cloud Provider (CP) to assign trustworthy co-tenants. But, it is in the CP’s interest that it gets maximum utilization of its resources. Hence, it allows maximum co-tenancy irrespective of the behaviours of users. In this paper, we propose a robust reputation management mechanism that encourages the CPs in a federated cloud to differentiate between good and malicious users and assign resources in such a way that they do not share resources. We show the correctness and the efficiency of the proposed reputation management system using analytical and experimental analysis.

Reference IEEE paper :
“A robust reputation management mechanism in the federated cloud”, IEEE Transactions on Cloud Computing, 2017.

Unique ID -SBI1006

DomainCLOUD COMPUTING

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A Modified Hierarchical Attribute-Based Encryption Access Control Method for Mobile Cloud Computing

Introduction:

Cloud computing is an Internet-based computing pattern through which shared resources are provided to devices on demand. Its an emerging but promising paradigm to integrating mobile devices into cloud computing, and the integration performs in the cloud based hierarchical multi-user data-shared environment. With integrating into cloud computing, security issues such as data confidentiality and user authority may arise in the mobile cloud computing system, and it is concerned as the main constraints to the developments of mobile cloud computing. In order to provide safe and secure operation, a hierarchical access control method using modified hierarchical attribute-based encryption (M-HABE) and a modified three-layer structure is proposed in this paper. In a specific mobile cloud computing model, enormous data which may be from all kinds of mobile devices, such as smart phones, functioned phones and PDAs and so on can be controlled and monitored by the system, and the data can be sensitive to unauthorized third party and constraint to legal users as well. The novel scheme mainly focuses on the data processing, storing and accessing, which is designed to ensure the users with legal authorities to get corresponding classified data and to restrict illegal users and unauthorized legal users get access to the data, which makes it extremely suitable for the mobile cloud computing paradigms.

Reference IEEE paper :

“A Modified Hierarchical Attribute-Based Encryption Access Control Method for Mobile Cloud Computing”, IEEE Transactions on Cloud Computing, 2017.

Unique ID – SBI1003

Domain – CLOUD COMPUTING

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A New Service Mechanism for Profit Optimizations of a Cloud
Provider and Its Users

Introduction:
In this paper, we try to design a service mechanism for profit optimizations of both a cloud provider and its multiple users. We consider the problem from a game theoretic perspective and characterize the relationship between the cloud provider and its multiple users as a Stackelberg game, in which the strategies of all users are subject to that of the cloud provider. The cloud provider tries to select and provision appropriate servers and configure a proper request allocation strategy to reduce energy cost while satisfying its cloud users at the same time. We approximate its servers selection space by adding a controlling parameter and configure an optimal request allocation strategy. For each user, we design a utility function which combines the net profit with time efficiency and try to maximize its value under the strategy of the cloud provider. We formulate the competitions among all users as a generalized Nash equilibrium problem (GNEP). We solve the problem by employing variational inequality (VI) theory and prove that there exists a generalized Nash equilibrium solution set for the formulated GNEP. Finally, we propose an iterative algorithm (IA), which characterizes the whole process of our proposed service mechanism. We conduct some numerical calculations to verify our theoretical analyses. The experimental results show that our IA algorithm can benefit both of a cloud provider and its multiple users by configuring proper strategies.

Reference IEEE paper :
“A New Service Mechanism for Profit Optimizations of a Cloud Provider and Its Users”, IEEE Transactions on Cloud Computing, 2017.

Unique ID -SBI1004

DomainCLOUD COMPUTING

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A Novel Efficient Remote Data Possession Checking Protocol in
Cloud Storage

Introduction:
As an important application in cloud computing, cloud storage offers user scalable, flexible and high quality data storage and computation services. A growing number of data owners choose to outsource data files to the cloud. Because cloud storage servers are not fully trustworthy, data owners need dependable means to check the possession for their files outsourced to remote cloud servers. To address this crucial problem, some remote data possession checking (RDPC) protocols have been presented. But many existing schemes have vulnerabilities in efficiency or data dynamics. In this paper, we provide a new efficient RDPC protocol based on homomorphic hash function. The new scheme is provably secure against forgery attack, replace attack and replay attack based on a typical security model. To support data dynamics, an operation record table (ORT) is introduced to track operations on file blocks. We further give a new optimized implementation for the ORT which makes the cost of accessing ORT nearly constant. Moreover, we make the comprehensive performance analysis which shows that our scheme has advantages in computation and communication costs. Prototype implementation and experiments exhibit that the scheme is feasible for real applications.

Reference IEEE paper :
“A Novel Efficient Remote Data Possession Checking Protocol in Cloud Storage”, IEEE 2017

Unique ID -SBI1005

DomainCLOUD COMPUTING

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Search Rank Fraud and Malware Detection in Google Play

Introduction :

Fraudulent behaviours in Google Play, the most popular Android app market, fuel search rank abuse and malware proliferation. To identify malware, previous work has focused on app executable and permission analysis. In this paper, we introduce FairPlay, a novel system that discovers and leverages traces left behind by fraudsters, to detect both malware and apps subjected to search rank fraud. FairPlay correlates review activities and uniquely combines detected review relations with linguistic and behavioural signals gleaned from Google Play app data (87K apps, 2.9M reviews, and 2.4M reviewers, collected over half a year), in order to identify suspicious apps. FairPlay achieves over 95% accuracy in classifying gold standard datasets of malware, fraudulent and legitimate apps. We show that 75% of the identified malware apps engage in search rank fraud. FairPlay discovers hundreds of fraudulent apps that currently evade Google Bouncer’s detection technology. FairPlay also helped the discovery of more than 1,000 reviews, reported for 193 apps, that reveal a new type of “coercive” review campaign: users are harassed into writing positive reviews, and install and review other apps.

Reference IEEE paper :

“Search Rank Fraud and Malware Detection in Google Play”, IEEE Transactions on Knowledge and Data Engineering, 2017.

Unique ID – SBI1072

Domain – SECURE COMPUTING

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ProGuard Detecting Malicious Accounts in Social-Network-Based Online Promotions

Introduction :

Online social networks gradually integrate financial capabilities by enabling the usage of real and virtual currency. They serve as new platforms to host a variety of business activities such as online promotion events, where users can possibly get virtual currency as rewards by participating such events. Both OSNs and business partners are significantly concerned when attackers instrument a set of accounts to collect virtual currency from these events, which make these events ineffective and result in significant financial loss. It becomes of great importance to proactively detecting these malicious accounts before the online promotion activities and subsequently decrease their priority to be rewarded. In this paper, we propose a novel system, namely ProGuard, to accomplish this objective by systematically integrating features that characterize accounts from three perspectives including their general behaviors, their recharging patterns, and the usage of their currency. We have performed extensive experiments based on data collected from Tencent QQ, a global leading OSN with built-in financial management activities. Experimental results have demonstrated that our system can accomplish a high detection rate of 96.67% at a very low false positive rate of 0.3%.

Reference IEEE paper :

“ProGuard: Detecting Malicious Accounts in Social-Network-Based Online Promotions”, IEEE Access, 2017.

Unique ID -SBI1171

Domain – SECURE COMPUTING

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A Lightweight Secure Data Sharing Scheme for Mobile Cloud Computing

Introduction :

With the popularity of cloud computing, mobile devices can store/retrieve personal data from anywhere at any time. Consequently, the data security problem in mobile cloud becomes more and more severe and prevents further development of mobile cloud. There are substantial studies that have been conducted to improve the cloud security. However, most of them are not applicable for mobile cloud since mobile devices only have limited computing resources and power. Solutions with low computational overhead are in great need for mobile cloud applications. In this paper, we propose a lightweight data sharing scheme (LDSS) for mobile cloud computing. It adopts CP-ABE, an access control technology used in normal cloud environment, but changes the structure of access control tree to make it suitable for mobile cloud environments. LDSS moves a large portion of the computational intensive access control tree transformation in CP-ABE from mobile devices to external proxy servers. Furthermore, to reduce the user revocation cost, it introduces attribute description fields to implement lazy-revocation, which is a thorny issue in program based CP-ABE systems. The experimental results show that LDSS can effectively reduce the overhead on the mobile device side when users are sharing data in mobile cloud environments.

Reference IEEE paper :

“A Lightweight Secure Data Sharing Scheme for Mobile Cloud Computing”, IEEE Transactions on Cloud Computing, 2017.

Unique ID -SBI1002

Domain – CLOUD COMPUTING

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Privacy Preserving Selective Aggregation of Online User Behaviour Data

Introduction :

Tons of online user behaviour data are being generated every day on the booming and ubiquitous Internet. Growing efforts have been devoted to mining the abundant behaviour data to extract valuable information for research purposes or business interests. However, online users’ privacy is thus under the risk of being exposed to third-parties. The last decade has witnessed a body of research works trying to perform data aggregation in a privacy-preserving way. Most of existing methods guarantee strong privacy protection yet at the cost of very limited aggregation operations, such as allowing only summation, which hardly satisfies the need of behaviour analysis. In this paper, we propose a scheme PPSA, which encrypts users’ sensitive data to prevent privacy disclosure from both outside analysts and the aggregation service provider, and fully supports selective aggregate functions for online user behaviour analysis while guaranteeing differential privacy. We have implemented our method and evaluated its performance using a trace-driven evaluation based on a real online behaviour dataset. Experiment results show that our scheme effectively supports both overall aggregate queries and various selective aggregate queries with acceptable computation and communication overheads.

Reference IEEE paper :

“Privacy-Preserving Selective Aggregation of Online User Behaviour Data” , IEEE Transactions on Computers, 2017.

Unique ID – SBI1070

Domain – SECURE COMPUTING

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