Chaotic Image Encryption Techniques Project in Java

Chaotic Image Encryption Techniques Project in Java is intended to the people who need privacy for their confidential images. It was most suitable in the networking Systems, so it was more eligible in Space Science research centres.

Chaotic Image Encryption

The user can have membership by concerning the administrator. The system dynamically generates member id on presenting the user details. The user can have transactions by having their member id. The user adds the image for encryption and encrypts it for confidential images.

Chaotic Image Encryption Techniques Project Users:

1. Administrator.
2. User.
3. Other (Guests).

Administrator:

Administrator is having all the rights to access this portal. Admin can view all the images, and the status of the encrypting and decrypting process. He will have control over the network whether to accept the server‟s request for receiving image. He will provide all the benefits for image encryption and decryption.

User:

The people who use this system for providing security for confidential images are users. There may be different set of users for this system. The users just load an image to encrypt and encrypt it and enter the destination systems IP address to transfer the image and he can view the status of the network for the sent image.

Guests:

Guest or the new user can only view the functionalities in the portal and they have no access permissions unless they are registered.

Proposed System
Proposed system provides a solution to existing system by extending its facilities. The proposed study aims to explore the possibility of using chaotic or chaos-based encryption techniques to protect remote sensing satellite images and provides high level of security in efficient and reliable way.

Chaos based cryptographic scheme provides high security level, less computational time and power in reliable and efficient way to deal with balky, difficult and intractable data that why many researchers recommends that it is more suitable for multimedia data, especially for images. Chaos-based system have many properties to achieve high security level, such as sensitivity to change initial conditions and parameters, periodicity (a system that tends in probability to a limiting form that is independent of the initial conditions), random behavior and unstable periodic orbits with long periods. It has very high diffusion and confusion properties that are desirable for cryptosystem.

Final year Java Project Source Code for Temporal Partitioning

Final year Java Project Source Code for Temporal Partitioning of Communication  Resources in an Integrated Architecture.

The   communication resources of a   single   time- triggered network can be shared among  different DASs. In conjunction with  nodes  for the  execution of application software  from   different  DASs,  this   integration  not  only reduces the  number of node  computers but  also results in fewer  connectors and  wires.

Final year Java Project Source Code

Virtual networks module:

An overlay network is a computer network that is built on top of another network. The DECOS architecture provides overlay networks, which are denoted as VNs, on top of a time-triggered physical network. Each VN handles the message exchanges and provides encapsulation for the jobs by preventing jobs from affecting the temporal properties of messages sent by other jobs. 

Message Timing module :

In this module each circuit is given separate work if a circuit fails it waits for the given interval of time to check if the circuit gets repaired automatically if the circuit remains un repaired and the file goes to the rest of the circuits. 

INPUT/OUTPUT :

Process for the architecture is encapsulated and inserted which is the input and the output will be the beginning of the process.

Future Enhancements:

For future work, additional experiments are suggested as part  of  the  development path  toward the  exploitation  of VNs  in  ultra dependable  systems such  as  a  drive-by-wire car. The experiments presented in this paper have  focused on  a  single   probe   job  within a  selected   VN.  Interesting scenarios for  future experimental evaluations include test cases  with  multiple probe  jobs, which  can exhibit  simultaneous   timing   failures   and   are  located   in  different  VNs. Thereby,   additional experiments can  further increase   the confidence in the presented hypotheses with respect to fault isolation and  performance.

Web Frame Work Project in Java

Main objective of web frame work project in java and its supporting tools is to provide good support for each of development approaches and create an environment that supports and promotes the separation of roles and supports different varieties of development models

Web Frame Work

To install and configure web services infrastructure and framework for developing/ delivering web services using the different languages. To confirm that the web services infrastructure and framework are operational for your account. To deploy simple web service, invoke this service using different languages web services client and to examine the message passed between to them.

Advantages: 

Web frameworks are having lot of advantages they are

  • It puts the developer on a stronger control over the application sequence and it supports caching, thus making a website updates available in real time
  • It ensures easier web settings, web configurations, and deployment of applications the developer implements the application in minimum steps, thanks to the common library which is centralized organization.
  • Most development services boast an expert team that develops and delivers comprehensive solutions by utilizing the capability of functionality.
  • It comes under lower costs and greater maintainability and accelerated development time.

To view design details and screen shots of this project watch this video.

MG Charm Algorithm based Market Basket Analysis Project

In MG Charm Algorithm based Market Basket Analysis Project, we have proposed MG-CHARM algorithm for mining minimal generators of frequent closed item sets. The bottleneck of CHARM is that the number of frequent items are large and it takes more time. To solve this problem we decreased the iterations and used new comparison methodology by enhancing CHARM.

Marker Basket Analysis Project

For this we implemented a Shopping Mall Transaction System. This system maintains customer database that are regular, employee database who are working in the mall, and the transaction database which stores the customer and item relations. By this system we used to know the customer interests, and behaviour. We arrange the items according to the customers interest. This makes flexible to the customer to select items and we can increase the productivity of the mall.

Further Enhancements:

The project has covered almost all the requirements. Further requirements and improvements can easily be done since the coding is structured in nature. Improvements can be done by simply modifying the existing modules or by adding new modules. The main enhancement that can be done is the billing system of the organization or mall.

An Intelligent Network Backup Project in Java

An Intelligent Network backup project in java is a data storage related project where software is installed in system which will automatically back up data to server when user copy data from external memory sources like pen drive, cd ..etc.

An Intelligent Network Backup

An Intelligent Network Backup Conclusion:

This system is totally networking based system and useful to take backup without using external devices like pen drives and CD. By automating and integrating the recovery process with backup restore technology and intelligent disaster recovery protects against system and reduces the time required to recover critical network servers.

Intelligent network backup provides a simple set of steps to prepare for a disaster and to recover should disaster strike. These include preparing the disaster recovery diskettes, automatically updating the disaster recovery information. Intelligent backup in support of customer goals to reduce the administrative burden and total cost of ownership of business networks.

Web Based Recruitment Process System Project in Java

The main objective of Web Based Recruitment Process System Project in Java is to help the HR Personnel help in the process of recruiting new candidates to the company. This web based corporate recruitment process system will primarily focus on the posting and management of job vacancies. When the Job Provider post job openings in this system the WRMS will search the total system and select the all job seekers Mail Id’s, their qualifications and match with the requirement of the organization.

Web Based Recruitment Process System

Web Based Recruitment Process System Features:

  • This system is designed by keeping in mind three persons Job seeker, Interviewer and HR manager.
  • System allows Job seekers to register their details like experience and specific skills with the system and then on the other hand it allows Job Providers to post their requirements with the system
  • The WRMS will automatically send mails to all Job Seekers; their technical qualification is matched with the requirement.
  • Conducting the online test for screened candidates, Sending emails notification to all Job Seekers and also offering the facility to view results.
  • Interviewer has option to view his mailbox and find out the mails with their resumes and screens the resumes, sent the final list to HR manager.
  •  Interviewer sends the mail to the Job seeker with information of conducting online test with a date and time.
  • Job seeker has a facilities to search and view jobs, view his personal inbox, if he is a new user he can post his resume and can change his details.
  • HR manager main duty is that he will go through the queries and will give the answers to queries.
  • HR manager regularly check the Job Providers details and also he will introduce the new Job Provider with the system.
  • WRMS send the regular mails to the Job seeker with a details of openings.

Image Based Authentication Project in Java

 Image Based Authentication Project in Java Introduction:

A modified digital signature scheme for image authentication has been proposed. Content-dependent structural image features and wavelet filter parameterization are incorporated into the traditional crypto signature scheme to enhance the system robustness and security. Because the proposed scheme does not require any computational overhead, it is especially suited for wireless authentication systems and other real-time applications.

Content-dependent structural image features and wavelet, It parameterization are incorporated into the traditional crypto signature scheme to enhance the system robustness and security. Because the proposed scheme does not require any computational overhead, it is especially suited for wireless authentication systems and other real-time applications.

Image Based Authentication OUTPUT SCREENS:

It is channel of sender side. It consist of different buttons such as Find Neighbour, Path discovery,  select image and send.

Image Based Authentication

Screen 2

Here we identify the neighbour channels based on those channels we identify the destination to send image.

Screen 4

Path Discovery button will display paths to receiver. Shortest path discover shortest path to send image

Screen 5

Here, we generate crypto signature by clicking on encryption. Finally we send the image to receiver then and image received message box is displayed 

Screen 6

Here also we generate a signature which is changed compared to previous, because attacker attacked image in middle. Instead to verify it we generate a digital signature from image also.

Screen 7

Here also we generate a digital signature from image and compared with received signature. Here both are not equal so it will generate a message box Message attacked.

Ontology based Retrieval of Components Project in Java

Ontology based Retrieval of Components Project in Java is a new method for improving the process of software development. From many years software engineers are working to develop a effective method where software development process can be completed in short time. In this process different software components are available for developers to integrate to their application and develop a software is short time.

Ontology based Retrieval of Components

Ontology based Retrieval of Components Modules Overview:

  1. End user  module
  2. Ontology Manager
  3. Administrator 

Module Description

End User

The end users of this software system can be differentiated by using their membership and    contributions to the system. In addition, users can vary based on the purpose; thus, users (or class of users) can be differentiated based on user defined QoS specifications while accessing   the service.

Ontology Manager

Ontology Managers are those who searches the information based on the component description information which is associated with ontology to provide semantic meaning, which builds the foundation for semantic reasoning in the component retrieval process.

Administrator

Administrator is a person who will take care of all registration status, acceptance of new uploads, and many other tasks to reduce the ontology manager’s burden.

Geometric Approach to Improving Active Packet Loss Measurement Project in Java

Main aim of Improving Active Packet Loss Measurement Project in Java  is to design a effective method for calculating packet loss in the communication network. In existing systems there are many losses which are not calculated accurately using new algorithms designed in java can solve this problem. Here we explain a over view of
screen shots and working.

Improving Active Packet Loss Measurement Project

Description

     This is the final screen shot for the Result which consists of Loss (Poisson), Loss (Badabing), Transfer time, Total Packet Size, Transfer Time and a button. We can have Loss characteristics using both the tools (Badabing and Poisson).

Browsing a File

Description

     This is the scren shot for sending a file to the receiver.First here we browse the file for our choice and send to the receiver.

Watch this video to understand about this project

http://www.youtube.com/watch?v=RzNBSNrSTH0&feature=youtu.be

Sending a File:

Description

     In this Screen we send the information to the receiver by using the send Button. The browsed file information is displayed in the text field and the file information is placed in the text area.After the browsing of the file the whole data is converted into the packets and send it to the queue.

Information in the Queue:

Description

     Here we can observe the data that was send by the sender is stored in the Queue.The lost data is present in this queue and the data whis was not lost is send to the receiver.

Info in the Receiver:

Description

     This is the screen shot in which the data is received by the Receiver without any packet loss. We can have the information of the lost packets by pressing the result button.

Final Result

Description

     Here the actual result was displayed. The loss characteristics by using the Poisson and the Bedaubing are calculated and by this we can observe that the characteristics calculated by using the Badabing were more accurate than the Poisson. And also we have the Transfer Rate, Transfer Time and the Total Packet Size.

Download Improving Active Packet Loss Measurement Project in Java Source Code, Project report, Documentation, PPT.

Online Examination and Course Management System Project in Java

 Online Examination and Course Management System Project in Java is useful for conducting Examination through franchises of the Educational institutions are carried out manually.  Institutions are sending questions papers to the franchises for examination and collect the answer sheet from the franchise all these things are taking lot of time and required heavy physical strength.

Online Examination and Course Management System

Institutions are frequently conducting the exams and they have to maintain the variation of questions from one exam to another exam for different times. This will take lot of time and also a very cost effective. Evaluation of answer sheets and issuing results also takes a lot of time.

All sort of information pertaining to the Exams such as student information, Franchises information, Courses information, Question papers and results etc., is to be done manually.  These types of procedures involve lot of paper work and it will take a lot of time. All the Examinations procedures are carried out using physical strength. 

Over view about this project is provided in this video file.

http://www.youtube.com/watch?v=3aBGSAevBlI&feature=youtu.be

Online Examination and Course Management System Overview:

With the proposed system, with the minimum cost the examination can be done, which can prove to be very cost effective. The present system developed will give the full information about the institution courses and its exams and it is an interactive and user-friendly interface, it is flexible enough to cope up with the changing trends of the institution. 

The system provides the easy way of the selecting the properties from list of specifications of a particular type of exam.  Thus with proposed system the user can write exam online saving time and trouble to travel all around is not faced. This system will maintain the Exams information for all the Branches of the Head Office as per the details given below.