Airline Reservation System Project Report In Java

 Introduction to Airline Reservation System Project:

Air travel has become less and less cheaper over the years, as a result the no: of passengers has increased considerably. Unlike a train or bus ticket where we have to stand in a queue besides a counter, air tickets are usually booked online. The proposed system is a web portal where the user can book their air travel tickets between two cities online on a particular date. There will be a provision for searching the flights for a travel destination on an input date, the search result will comprise of the full details such as flight no, flight name, cost, arrival and departure time etc. A cancellation option is also given in case user wishes to abandon his travel for various reasons.

Working Modules

There are two major modules in this web portal: Admin Module and User Module:

Admin Module:

Admin controls and manages the whole portal. Admin adds all basic master entries such as flight details, place details, route details, scheduling etc. Admin can also view user bookings and cancellation of the user.

User Module:

User can search ticket availability first by giving the departure & destination place and the date of travel in the site. Various flights operating on that day on that route will be displayed. If there is seat available on the flight, user will be directed to a booking page where user can type his details such as name, phone, address, no: of persons travelling etc. and also the credit card payment details are entered. The card is then validated and a reservation no: is generated automatically. If there is no seat available in user’s choice flight then other alternate flights will be shown to book tickets. For cancellation the user has to type the travel date, user name and the reservation no: for validation.

Changes made by both modules get effected in the user and admin databases.

 Download Airline Reservation System Project Report In Java.

Downtime Analyzer CSE Project Abstract

Introduction to Downtime Analyzer CSE Project:

In the modern technological savvy world the consumers are more aware of the products they need and as a result there is a stiff competition from the manufactures to provide better quality products according to the need and demand in the market, for that the manufacturing company has to ensure their internal structure is strong enough to incorporate market demands on time. Often bad management at the floor level of a company can lead to disastrous result in the consumer market.   This client-server application allows the top officials of the company to identify the problem areas of a company and helps them to take necessary actions to compensate it. To maintain the production capacity is so important and for that all the machinery should be in super smooth running condition. It is very necessary to analyze the problem areas in the machinery and if it is beyond reparable replace it with new machinery

Downtime analyzer application focuses on mainly four areas.

1)      Identifying the production delays

2)      Prioritizing the maintenance of the defective machinery

3)      Issuing purchase order for buying new product to increase overall efficiency

4)      Overhaul of the current procedures and methodology of the company 

Scheduling of events is important as it saves time, money and energy. Assigning skilled laborers for specific works and bringing the best out of them will always increase productivity.  Since all the downtime capturing is automatic, the manual recording job can be completely avoided which in turn will minimize errors.  Innovative production procedures & new machineries will help to bring in new fleet of product range in the market. The managers of the company; plant manager or production manager would be able to work on the machinery maintenance, work prioritization, adopting innovative procedures to uptime optimization more effectively.  If the admin has to perform the analysis, it is necessary to authenticate first and then send a request to the server for the response and then the analysis is performed.  

Download Downtime Analyzer CSE Project Abstract and reference documents.

Secured Multi Part File Java Project Report

Introduction to Secured Multi Part File Java Project:

In the current scenario it is very difficult to transfer files by ensuring fool proof security, data leakage is very much possible in many areas. It would be an extreme tedious process to send files with large memory especially for those who uses low bandwidth internet or those through exchange data’ s through floppy or CD-ROM.  The main objective of this software is to not only encrypt a file data but also to split it into parts in order to send it to another user or join it when the user receives the file and decrypt it. With this we can ensure data security and also can transfer data in a much easier and smoother way.

In the current system with the server being acted as data storage mechanism only leading crucial elements such as validations restricted only within the client system. This was proved to be quite daunting as the client would be in some remote far off place and to transport that amount of data with no data theft was extremely difficult. Since all data’s were not ciphered or encrypted chances of hacking where high. Also the transportation of these data’s took a lot of time and monetarily it was rather unfeasible. The errors may also pop up while the transferring of data which was also unwarranted

The proposed software acts as a solution to the cons of existing system. It is done in Java (jdk 1.5) platform. The data are ciphered from normal text file to ciphered text by using algorithms; as a result the file becomes encrypted and secured. User authentication is also given to make it more secured. The user can then split the file into desired no: of parts and size and transfer it. The other client can give the necessary authentication and can first join the file and then decrypt it using this system. This leaves the file transaction much secured and easier.

Download Secured Multi Part File Java Project Report, documentation.

Language Emulator MCA Tourism Project

Abstract

Nowadays, tourism sector s playing vital role in the world economy and turned to be the backbone for economy of the countries. Tourism industry is a sector that includes wider range of cultures, departments, locations and languages in which language is happened to be vital problem in tourism sector. Especially, in European based countries mostly in Germany, this problem seems to be high because the total communications among the people will be done in German language. Tourists are facing huge problems in understanding those languages which are be specified on the boards and flexes of German roads. In order to overcome these problem tourists can make use of one specific application that helps them in understanding the language of the country.

The main aim of this Language Emulator MCA Tourism Project is to support the tourists in understanding the language recognition by making use of their mobile phones. In order to use this application, tourists should use the pictures of the text which is to be converted into their own language. Once if tourists browse this application and upload the photo and select the language option to be converted then, they can convert the text into their own preferred language and especially this application supports English language. There are four different steps involved in this application such as request acceptance through which the client request will be accepted, then recognition of characters entered is the next step in which the entered text language will be recognized and then translation of the language in which the text will be changed into preferred language and finally delivery response through which the translated text will be sent to the client through SMS.

In this Language Emulator application process, different types of algorithms are been used for the purpose of integrating the connection between server as well as client using mobile phone. This application has many added advantages because it is a low cost application which works faster and easy to use without using any gadgets. This application will be more applicable at transportation sectors such as bus stations, railway stations as well as different museums. Clients can use this Mobile Language Emulator in order to overcome the language problems they face in foreign countries. 

Company Information Tracking System (CITS) B Tech CSE Java Project Report

Company Information Tracking System is a part of automated HRM system for human resources or employee and company information management system. This system can make benefits in real world by means of various approaches like offers wide variety of reports that give you what you need in real time, view payroll information department wise and view / search information of a particular employee. It stores the company information as organization file and also gives facility of adding, modifying and deleting data at later whenever required. Checklist is maintained for a particular event that lists out all the items required in advance before the event starts. The old existing paper work system was tedious and manual so it raises to the redundancy of information as well as increasing of the cost for the all the useless resources. The searching of a company and employee profile from a long table in this manual system was almost impossible.

The proposed system was designed to eliminate all the drawbacks of existing system by providing the various features.

  • It is available on web worldwide due to this from any where it is accessed.
  • Fully automated, robust and highly secure by means of user authentication
  • User friendly interface to work
  • Speed and accuracy is the primary key of this system
  • Reduce the unnecessary redundancy of the information

The proposed Company Information Tracking System (CITS) system is designed with frontend tool which is one of the platform independent technology java server pages (JSP) by java technology and backend as MYSQL database and supported web server is Apache Tomcat 6.0. The minimum hardware requirement is Pentium processor with processor speed 1.1 Ghz, minimum 256 MB of RAM, 20 GB of hard-drive with SVGA monitor including two or three button mouse and standard windows keyboard.

Mobile and Online banking Java Project Report

Introduction to Mobile and Online banking Project:

Mobile and online banking project is implemented in java platform. Main aim of this project is to develop a online banking system and mobile banking system through which users can transfer money through online and manage banking details like mini statements, detailed statements, fund transfer. In present trend online banking usage had increased rapidly because of high security and encryptions techniques used in data transfer and providing security for users and second reason is banks don’t want to lose potential market. 

Along with online banking mobile banking users are also increasing as we see most of the banks is providing apps for online banking. There are many mobile banking services like m-banking, WAP-banking, SMS-banking or wireless banking. Technologies used in mobile banking are short message services in short SMS, wireless application protocol (WAP). As the scope of mobile users and banking is increasing from day to day life new technologies are emerging in mobile banking as we see in Japan introduced services based on I-mode. Mobile banking applications can be accessed by different mobile devices, Smart phones, IPADS and personal digital assistance. Along with these technologies in Germany client server based applications are developed which are similar to home banking applications. This system works by installing client application on mobile devices or PDA.

This project has lot of scope for further development as stats says in future maximum number of internet users are from mobile and PDA. Other feature that creates scope of mobile banking compare to home banking is mobility. In terms of security mobile banking provides standard encryption techniques. In present market ICICI, HDFC and many top banks are providing apps for android and I phones for using mobile banking from mobile and PDA devices.

Students can find more online banking related projects with source code on java and asp.net from this site for free download.

Download mobile and online banking system project report from this link.

Generic Database Editor Java Project Report

Introduction to Generic Database Editor Project:

Generic database editor project is implemented in java platform using HTML,CSS and java script for designing web pages. Main aim of this project is to develop a software application through which users can access multiple database from single interface called as generic database editor. In existing system there is no such interface through which databases like MYSQL,MS-ACCESS, oracle  databases can be accessing without logging out from any database. In real time scenario it is a time taking process for programmers to work on different databases and modify details.

This application will provide solution for interact with multiple database and users can also test, build PL/SQL statements, procedures, triggers and functions. Using this application we can modify, delete, view, add, and edit all database objects. This will help in providing efficient way to write scripts and queries.

Generic database editor application will be useful in software industry for programmers who work on multiple databases and even for normal users.

Features of using this application is GUI interface for different databases, flexibility, easy maintenance, easy to import and export data and alter the table structure.

System features is divided based on seven modules structure module, properties module, sql querying module, insert database module, export database module, dml operation module and search operation module.

In this project report we provide detailed explanation on project description, system features and external interface requirements. Students can find more related project reports with source code from this site

Download generic database editor java project report from this link. 

Multiple Routing Configurations for Fast IP Network Recovery Project Source Code

Introduction to Multiple Routing Configurations for Fast IP Network Recovery Project:

Multiple routing configurations for fast IP network recovery project is implemented using java swing as front end and JFRAME builder are tools used. Main aim of this project is to develop a efficient network model for reducing link failures by implementing multiple routing configurations. In present scenario internet is the common place for every communication system. Because of issues in routing protocol network link failure has became as serious issue. In this paper we propose a effective model for reducing link failure problems. MRC can be implemented by slight modifications to existing solutions. In this project we analyze result of existing system and proposed system in terms of scalability, back up path lengths, and load distribution. Using MRC congestion in traffic is reduced and also distribution of recovered traffic.

Proposed system works effectively for recovering link failures with a single mechanism for handling both node and link failures and recovery can be performed without knowing the basic root cause. By implementing MRC model additional information on routing is updated which will help to route packets when their link failure in the network.

In existing system network wide IP  re coverage method is used for  handling link failures which is a time taking process and followed by routing instability. In this process packets are dropped because of invalid routes. In order to solve this problem researches had proposed effective methods.

Students can download full project documentation, paper presentation, dfd diagrams, data flow diagrams, UML diagrams, class diagrams, system testing, implementation and more related documents with entire project source code for free download.

Download multiple routing configurations for fast IP network recovery project with source code from this link.

Monitoring the Application-Layer DDOS Attacks for Popular Websites Project Source Code

Introduction to Monitoring the Application-Layer DDos Attacks for Popular Websites Project:

Monitoring the application layer DDoS attacks for popular websites project is developed using AWT swing as front end and MYEclipse as back end database. Main aim of this project is to reduce distributed denial of services attacks on websites using an access matrix in which Markova model is proposed to describe dynamics of access matrix.

Distributed denial of service is one of the serious issues in internet which causes damage to server and also restricts development of new internet services and loss to websites. These attacks are carried out at network layer and cause issues like ICMP, SYN and UDP flooding. These attacks use large amount of bandwidth and deny services of the attacked system. Other form of DDOS attacks are like using large amount of data by pulling image files form server systems and collapse server.

In proposed model hidden Markova model is proposed for dynamics of access matrix and trace DDOS attacks. In this method we use web traffic data for analyzing for analyzing traffic. Though they are many algorithms are proposed to reduce distributed denial attacks but FAST ICA algorithm is used in this system because of its good performance and fast coverage while calculating parameters.

This application is developed using N-Tire architecture model and 2 –Tire client server model can provide best solution for rapid prototyping. Distributed application design and architecture systems are implemented in N-tire architecture because of security, availability and scalability, manageability, easy maintenance and data abstraction.

Students can download full project documentation, paper presentation, database details, project source code and project abstract, dfd diagrams, data flow diagrams, class diagrams and flow graphs.

Download Monitoring the application layer DDoS attacks for popular websites project from this link.

A Concurrency Control Protocol for Clipping Indexing Project Source Code Report

Introduction to A Concurrency Control Protocol for Clipping Indexing Project:

A concurrency control protocol for clipping indexing project is developed in java platform using MYSQL as back end database. Main aim of this project is to implementing efficient concurrency mechanism for multi dimensional databases. In present scenario usage of multi dimensional database is seen in many applications in order to provide fast querying or searching capabilities R-tree mechanism is implemented but it does not work efficiently with multi dimensional database systems because of problems in R+ trees can be indexed in multiple levels. In order to solve this problem in this paper we propose concurrency protocol for R+ tree variants with object clipping which is also called as granular locking for clipping indexing.

Using this concurrency protocol we can provide efficient operations like dead lock free, serialization and improve consistency.

This application is developed in five modules login registration module, detecting dead lock module, eliminating dead lock, query processing.

Login registration module:

Main functionality of this module is to provide security for users and allow users to register with application for using other modules. User is provided with unique username and password.

Detecting Dead Lock:

This module helps in finding out deal locks in the network and analyzes critical information.

Eliminating Dead Locks:

Using this module we can prevent is avoiding dead locks.

Query Processing:

This module helps in normal query processing.

 In this project we provide entire project documentation with UML diagram, class diagram, object diagram and state diagram, sequence diagram, database, video file and project source code for free download. Students can use video file for understanding project execution

Download concurrency control protocol for clipping indexing java project from this link.