KTR an Efficient Key Management Scheme for Secure Data Access Project Report

Introduction to KTR an Efficient Key Management Scheme for Secure Data Access Project:

KTR an efficient key management scheme for secure data access project is implemented in java platform using MS ACESS as back end application. Main aim of this project is to develop a efficient method for secured wireless broad casting service using key management techniques. Wireless broad casting is mostly used service for providing service for maximum number of users. In this system data accessing must be restricted based on different services and packages of services. In order to provide secure and efficient service key management techniques like logical key hierarchy, broad cast encryption techniques and rekey operations are used. In this paper we propose KTR to handle different services like subscriptions and user activities effectively.

Advantages Of Using KTR In Wireless Broadcast Service

KTR supports all of the available services in wireless broadcast service.

Key management is easy in this method where users can use single key for different subscribed programs instead of different keys for different programs.

Using this technique broadcast security is increased by identifying minimum set of keys that must be changed.

In existing system when user subscribes to different services for each service different key is provided and there are chances of overlapping of programs in terms of users. The second issues in existing system is single key is shared between multiple programs, in this case key management and security is a critical issue. Key reuse is also a serious problem in some cases when user subscribes and unsubscribe to any program.

Here we provide detailed explanation on logical key hierarchy, broadcast encryption techniques and rekey operations. Students can download full project report, block diagrams, dfd diagrams, class diagrams, paper presentations.

Download KTR an efficient key management scheme for secure data access project documentation from this link.

Server Tech/Safe Internet Project Report

Introduction to Server Tech/Safe Internet Project:

Server tech safe internet project is implemented in java platform. Main aim of this project is to develop a web server which works on java platform. Using these web server users can create dynamic web applications with personal user experiences. This application works on sever side for improving performance web applications.

In present trend usage of internet and websites has increased in every filed from banking, automobile, communication and entertainment.  Internet usage had moved from general surfing to online transactions where lot of money transactions is carried out from e-commerce, banking…etc sites. As the users is increasing quality of client server requesting mechanism need to develop with new methods. In present trend most of the systems work on middle ware applications which provide high reliability, scalability, fast database accessing, pooling, caching.

Main purpose for developing this proxy server is to provide a tool for dynamic creation and serving of web content which can support database, SNMP supported tools. This application consists of many inbuilt components which are useful in different range of applications.

In existing system for accessing information each system should connect to internet where each terminal should be connected with modem which is easy for large organizations but in this case it is not possible to look at each terminal data and type of virus and hackers connecting to that terminal. In order to overcome this problem we develop proxy server which will not directly connect to web address directly it will take data from cache. Proxy server acts as a firewall, it will look after its cache before downloading any data from internet and provide solution for security and restricting virus.

Students can download entire project report with class diagram, DFD diagrams, data flow diagrams, paper presentations from this site.

Download Server tech safe internet project documentation from this link.

Quality Controller Project Report

Introduction to Quality Controller Project:

Quality controller project is developed in Asp.net platform using mysql as back end database. Main aim of this project is to develop a software application for managing employee and different tasks inside a organization. In present scenario manual method is used for managing employee details, work allocation, schedules, shift details..Etc which is a time taking process. As the usage of software applications is growing in every field it is easy to develop quality control project with simple features.

This project is developed using distributed client server computing technology with centralized storage of the database.

In existing system manual methods are used which will reduce efficiency of work and it takes time and chances of losing data. Record management using records always causes loss of data and it is hard to retrieve old data. Managing employees work is not efficient and information transfer is carried out in the form of documents, letters.

In proposed system software application is used for organizing data  entire data is stored in database and users can search information from database based on the key word search and retrieve data in seconds. This method will increase scope of improving work process and managing employees and work will be easy and time saving.

Here we provide full project report on quality controlling project which contain dfd diagrams, class diagrams, sequence diagrams, flow chart. Students can find more final year projects on same topic from below related projects links with source code and project reports for free download.

Download quality controller project documentation form 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 Routing-Driven Elliptic Curve Cryptography Based Key Management Scheme for Heterogeneous project source code

Introduction to A Routing-Driven Elliptic Curve Cryptography Based Key Management Scheme for Heterogeneous:

Routing driven elliptic curve cryptography based key management scheme for heterogeneous project explains about concept of developing a efficient sensor based systems using heterogeneous sensor networking model called as HSN. This system works on key management cryptographic techniques which is important factor for security in communication networks. Each sensor nodes share these keys without any issues of where they are located, because of this method large amount of load should be handled by nodes. In many to one traffic method data from different nodes are send to base station which causes problem of load sharing and only few amount of data is shared between neighbor nodes.

Considering these issues in existing system we develop a routing driven key management scheme in which cryptography keys are shared between neighbor nodes for effective communication. Key management scheme works on elliptic curve cryptography and this method provides an effective method to handle security, load, power management a less communication.

In present scenario wireless communication and sensor communication technology is mostly used in military, household, environment, health care related applications. But in existing system every sensor node has same capabilities which cause poor fundamental performance limit and scalability. In order to overcome these issues we propose heterogeneous sensor networks.

In this project we provide entire project source code and database. This project is implemented in java platform using mysql server. In order to run this application initially sql server setup should initialized and run run.bat file and enter nodes in the cluster and then cluster header interface is displayed where user should enter cluster name and cluster node and register to generate password key. Detailed explanation of project execution is provided in video file.

For more information on this project students can download project abstract, source code and video file from below download link.

Download Routing driven elliptic curve cryptography based key management scheme for heterogeneous full project.

Chess Board Creation by Using Grid Layout Final Year CSE Project

The whole Chess Board Creation by Using Grid Layout Final Year CSE project is deal with the chess game. This is including the structure of the board, layout and frame Where the Game is playing between two players one player choose black another one is white or else depending up on the user or system requirement choose. The program consists of different kind of picture to take how the program should work on the run time

Normally the chess board is drawn by using 8*8 grid layout or 64 squares. Mouse listener, mouse motion listener are to perform the action and the simulation will help the playing skills Minimum requirement of the system need to developed this project basic operating system like windows XP and java and the hardware components are 128MB RAM,4GB Pen drive,20 GB hard and Pentium 4 processor.

Chess Board Project Applications and Advantages:

The board is design with black and white combination colour, and the board is design by the big squire shape with small squares .the total program is developed on the java platform. the program consist of keyboard and mouse listener using the threads the program is fast goes.one end is user play the game second end is computer brain that is nothing but program. Basically the code is generated by using the applet, frames, labels, Layout, panel and Motions. On the chess board pieces are not same colours, those they have different shapes.

This computer applet application is cannot do the undo step when paly the chess game, but using some the undo process will occurred then it will stated on the starting the program or loss the game . The applet cannot think what human being is thinking. The computer will lose the game the will started to next new game. The board allow the legal moves it now allow the illegal move .it is totally depending upon the business logic. The class would allow the instance approach.

Chess is the especially, totallness, service oriented, process and development and also human brain implements, this abstraction way to show the chess game. This Engineering Student Project mainly useful for all computer science students to develop Chess playing skills without need of any person.

Download Chess Board Final Year CSE Project Report, Documentation, Source code, Abstract and Paper Presentation Seminar topic.

Online News Management System VB Project Source Code

This Online News  Management System provides users to create news and read latest news online. This news system was works like web application and coded with VB and SQL.

Modules included in this system are admin page, contact us page, home page, feedback page, new user page, news creation page, user selection page. find the below added SQL tables for this project:

 

Wine Dealer management System Project Database Tables

The below added Counter Details MS Access table provides details about item (food, wine), number,  date of purchase, stock details and total quantity of each item for Wine dealer Project.

Counter_Detail

ITem_No

Date

Stock

Qty

 Employee Salary Management MS access database table explains how staff salary calculates, it includes advance taken, advance date, reason for advance, amount paid, remarks, employee number.

Emp_Sal_Det

ADV_Taken

ADv_Date

Reason

Amt_Paid

Remark

Eno

Amt_taken

Fine

 Employee information MS access table explains about how total employee details can be stored in the database. Here Employee name, Employee attendance, dates of joining, employee phone number, employee salary, and others.

Employee_Information

Ename

ET_Add

D_O_J

Remark

Eno

ph_no

E_sal

et_no

               

 Employee Job table explains you about the employment name, duties, number, duties and amount.

Employee_Job

ET_Name

ET_Duties

Et_no

Et_period

Et_amt

 Employee Expenses Table Below

Expenses

Particular

Date

total_amt

amt_paid

 Hotel Registration MS access table provides total information about the hotel includes Hotel name, place, Licensee number, etc.

H_Registration

H_Name

H_add

H_city

H_state

Licence_No

Type

Remark

Pincode

Ph_No

Fax_No

H_No

 

Hotel_Part_Det

Part_Name

H_Add

Cit

State

Pager_No

Per_Buss

Comment

part_no

Hotel_no

pincode

ph_no

fax_no

Mobile

Item Information table provides item names and numbers.

Item_Information

Item_Name

Item_no

 Item Stock table provides total Item stock, renew items, remarks.

Item_Stock

Item_No

Total_Stock

Re_Level

Remark

Purchase Item table provides item number, bill number, transaction type, transaction date, Total amount.

Purchase_Item

SNo

Item_No

Bill_No

Transe_Type

Paid

Transition_Date

 

Total_Amt

Last_Pay_Date

Check_Cash

order_qty

Receive_qty

 

Shop Information database table below:

Shop_Information

Shop_No

Shop_Name

Owner_Name

Address

Mobile_No

Fax

Remark

ph_no

 Wine dealer information provides below details:

Wine_Dealer_Information

D_COmp_Name

D_Add

City

State

License_No

Mobile_No

 

Pager_No

Fax_No

Remark

D_No

pincode

ph_no

 

Wine Item Order details below:

Wine_Item_Information

Item_No

Item_Name

company_Name

QTY

 Wine Stock details below:

Wine_Main_Stock

T_Stock

DT_Purchase_Ord

Sell_Price

Cost_Price

Remark

I_No

D_NO

BROKAGE

 Download Wine Dealer management System Project Database Tables.

VB Source Code for Online Mobile E-Recharge Portal Project

This article explain about how online E recharging system works using VB application. with the help of this project we can recharge our mobiles for different mobile networks like aircel, airtel, vodafone, idea, virgin and tata docomo.  

Online Mobile E-Recharge Portal Engineering student mini project full source code.