General thesis of MS Project Dissertation

A general thesis is as follows:

Chapter 1: Introduction: basic introduction about the MS Project Dissertation along with aim and objectives: research and deliverable’s

Chapter 2: Literature Review: back ground knowledge preparation for my master of science project like networks, routing, distance vector routing and protocol structures

Chapter -3: Design Framework: considering the project in module wise and make a design according to it using UML and data flow diagrams.

Chapter -4:  Project Dissertation Implementation: implementing the modules using java and swings technology and non functional requirements along with the screen shots.

Chapter -5: Testing: testing the project with test cases

Chapter -6: Conclusion and future work: conclusion and discussion and future enhancement of our project.

This Paper is written & submitted by Chandu.

Theme and objective of the Dynamic Routing with stegnography project

My main objective of Dynamic Routing with stegnography is to find a work flow of the routing methodology in multiple paths by disintegration of the data and providing security with stegnography approach.

Objectives:

  • To provide the literature review of the different routing algorithms that are existing.
  • A brief study of the data security with cryptographic approach.
  • Implementation of the  distance vector algorithm and data disintegration
  • To develop a distributed dynamic routing algorithm to achieve route randomization.
  • The main aim of my project is to find a security advanced dynamic routing algorithm based on distributed routed information, widely used in wired and wireless networks.
    • The main distinguishing feature of this model is to providing data security using stegnography methods where as previously existing techniques use cryptographic approach.

Deliverable’s:

  • A Literature review on communication system, cryptographic concepts and different routing algorithms used in the project.
  •  Providing modules for the fragmentation of the data, routing and clustering processes using data flow diagrams and with UML.
  • For the of the path randomization we implement dynamic routing algorithm.
  • We can be able to say that the project is successful if we could be able to send the data from source to destiny considering different routing paths. The strength of security and the proficient data transmission can be known by the analysis of the results.
This Paper is written & submitted by Chandu.

Dynamic Routing with Stegnography MS Project Introduction

Secure routing protocol is to improve the data security by specifying various routes dynamically i.e., specifying multiple paths. These paths are then identified by an online manner and also the extra controlled messaging is required.

Many a developers tried to a maximum extent of developing the routing security mechanisms like randomized routing means ,online manner on message flooding, traffic spreading  scheme to reduce the likelihood of  eavesdropping etc..

In this present Dynamic Routing with Stegnography project presentation are going to introduce dynamic routing algorithm for enhancing the security of the data with no use of any extra messages for controlling.

Here we also point out how various paths are specified for random transmission of the data which is in the form of small packets, also   we propose a distance based algorithm for dynamic routing algorithm for achieving efficient results.

The main aim of this MS Project Introduction is to provide stochastic paths for the transmission of the data; the routing algorithm used is the distance vector based algorithm.

    Every node in the network has a routing table and a link table. In this project we use different topologies which are the backbone of the networks used like AT&T US topology, DANTE Europe topology. The back bone networks are applied to the commercial/enterprise networks.

Even though it yields many better results it has some draw backs like limitation of the number of the nodes, intra domain system and mainly the topology is inflexible and fully linked.

Here in this we present Distributed dynamic routing algorithm which has two parts: the delivery paths and maintenance of the extended routing table randomly and dynamically.

          In randomization process, firstly we will use hash in the next hop for the preceding packet delivery of the source node and then the process randomly picks up the neighboring node for the transmission of the packet .

Proposing Task:

          In this present dissertation project we briefly present the different routing algorithms used and provides a literature review on the data communication and also to provide a comparative study of them.

          Literature review provides us with the information on different routing methods, various routing paths and the data disintegration. Here in this MS Project am going to present a high end security on data by the in different paths by the use of stegnography methods.

Implementation tasks:

          In this Dynamic Routing project we implement dynamic routing algorithm for the data transmission in multiple routes by the disintegration of the data.

Proposing Research work:

My main concentration is on the security aspects while de fragmenting the data over the networks

My contribution: 

  Here am just concentrated on providing the better security, so I am making use of the stegnography methods applied on data disintegration.

This Project Report is written & submitted by Chandu.

Dissertation Project Plan Acknowledgement for Ms Student Project

Acknowledgement

‘The gratification and euphoria that accompany the successful completion of my project dissertation talk would be incomplete without the mention of the persons who are responsible for the same.

First of all, I would like to thank my parents and express my acknowledgement for giving me this success, and support throughout my life.

I whole-heartedly express my deep sense of gratitude to my guide Prof. Mansoor, faculty of computer sciences whose perception and vision has shown the path to achieve my Ms Student Project.

My sincere regard and thanks to my dearest friend Praveen A who encouraged me all the way and for his guidelines which helped me achieve this success. I express my sincere thanks to all my friends for their support and encouragement in getting this done in more sophisticated way.

I especially thank my sister krish who is motivating me every minute to achieve my goals.’ 

This is the model acknowledgement; u can alter as perurconvenient. 

Dynamic routing with stegnography Masters in Computer Networks Degree Project

Dynamic Routing with Stegnography:

This report has been submitted for the partial fulfillment of Masters in Computer Networks degree

While transferring the data from one terminal to the other there may be a delay in the time due to the data traffic and congestion which occurs during transmission. This may lead to the loss of time, consistency and security of the data. So for sending data from one terminal to the other various routings methods are specified.

          In this present presentation we present a dynamic routing technique securing the data from the attackers. It is the most efficient algorithm for the secure data transmission over a network to the destiny. This present technique is just an application of the different routing protocols like RIP (Routing information Protocol) and the other one is the DSDV protocol (Destination Sequenced Distance Vector)  for wired and wireless  networks without introducing  without any introduction of any extra controlled messages. Dynamic routing algorithm just specifies stochastic paths for the transmission of the data. This process can be achieved by specifying multiple routes for the transmission of the data by fragmenting of the data.

Table Of Contants

1.     Introduction

1.1     Introduction About Project

1.2     Theme Of The Project

1.1   Deliverables

1.2     Organisation Of The Report

2.     Research (Literature Review)

2.1     Networking

2.2     Routing Strategy

2.3    Distance Vector Algorithm

2.4     Security Enhancements

3.     Design

3.1     Modules

3.2    Uml

3.3     Data Flow Diagrams

4.     Implementation

4.1     Technologies

4.1.1     Java:

4.1.2     Java Swings:

4.2     Other Non Funtional Requirements

4.3     Screen Shot Explanation

5.     Testing

6.     Conclusion And Future Work

References

Appendix

This Project Report is written & submitted by Chandu.

CSE Networking Project on Low Power Design of Precomputation-Based Content-Addressable Memory

Introduction to CSE Networking Project on Low Power Design of Precomputation-Based Content-Addressable Memory:

Content-addressable memory (CAM) is a special type of computer Memory used in certain very high speed searching applications such as such as lookup tables, databases, associative computing, networking and Asynchronous Transfer Mode (ATM). It is also known as associative memory/storage/array.The application performance can be improved by using parallel comparison which reduces search time and leads to high power consumption. In this paper, we propose a Block-XOR approach to improve the efficiency of low power precomputation- based CAM (PB-CAM) When compared with ones-count PB-CAM system, the experimental results presents practical proofs to verify that our proposed Block-XOR PB-CAM system can achieve greater power reduction without the need for a special CAM cell design which is flexible and adaptive for general designs.

In the existing system a CAM, functionalmemory which compares the input search data with the stored data. Once matching data are found, their addresses are returned as output which involves vast comparison operations with high power consumption.

The proposed system uses new parameter extractor called Block-XOR which reduces comparison operations by a minimum of 909 and a maximum of 2339.which achieve the requirement. 

The software’s that are used for Simulation –Modelsim SE 6.3f,

                                                     Synthesis- Xilinx ISE 9.2i and

                                                     Hardware used is Spartan 3E.

 Download CSE Networking Project on Low Power Design of Precomputation-Based Content-Addressable Memory .

Java Projects for MCA on Intra Communication Software Project

This world needs commutation, with communication we are not surviving the places, and commutation is major role of every human life. Communication is developed using the talking and sharing the information using the media like mass media or class media. The telephone caller need to talk with one or more persons using the conference should be possible. Conference is nothing but to involve the discussion two or more person at a time and sharing through and view also.by, this concept Intra-communication is developed.

This is nothing but communication between two or more persons with in organisation. Normally lot of big developed company they have branches.to communicate between one branches to different branch using the intercommunication. The tools is contains the user. What kind employee designation the y do this divide the list. Every user need must Id and password. To fill the forum name, designation, address, age, unique number of the organisational profile is contain the all the personal details, education information, id number is displayed.

The tool is working with under the administrator. Administration is developed the daily wise reports are generated and stored in hard drives. Every profile interact with the admin and the taking care response of the all the users who are in the organisation, chat room contains the list of the users who are online and offline, list of sub room, telling who place their chatting with each other users.

The address book is contain all the users and checking the statue of the users and which the users are not working. The Report panel is all the details of the chat rooms, who are on the conference, Generating the reports like day, week, month and yearly wise developed.

 This tools is display the user of the organisation visible or invisible mode, tools id developed using the script side programming. User need to log in the system the administration maintain he database .The database contain all information on employee.

Download Java Projects for MCA on Intra Communication Software Project

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Java projects for BCA on Online Banking System

People want to do not waste the time when their using the bank services. Now a days Bank is providing the Internet banking services to the people, these take place to giving the more interaction the customers and customers want to come to bank very frequently. Banking system creating a account to customer and giving the customer conformation provide online service access from their home or their offices, maintain the time system to login for online, don’t waste the time, reducing the traffic and flow of persons.

Using the internet banking is allow to the customer same as normal facility but not transformer a large amount of the data throw the online, only with the help of the back customer transform the transactions. Bank should be providing online services like regular operation.

Each and every time back check the statue of account holder information using the online.by keep tracking account holder account bank will give lot of services to the customers, bank people help to customers using the system or phone.

Using the online backing the customer doing the shopping on-line, transition should be done with short period of time. Booking the train tickets, fight tickets and bus tickets throw this. Online transformer can be done shifting one account to different accounts. Using this system we can Pay bills like phone, rent, power and gas bills. Anywhere of the world we can transform the money anytime and anywhere.

JSP is main technology used for this tool. HTML and XML is providing client side document developed with web.Net beans. And the server is TOMCAT server6.0 for web server.

Download Java projects for BCA on Online Banking System.

Intelligent Railway Information System Project

In India railway networks there are problems for connecting one route to different route and also between tow stations. In this project we develop a intelligent information in railway system where it start forward or backward and giving the best quality performance for users. Due to increase in the population the railway networks are changed a lot, and increased routes .Increasing routes problems also increased to decrease this issues Change should be must for management. Lot of the India train are not connecting a way those are connecting different routes from the different places.

Every station is contains the Name, code number, station position and train number. This is the information is providing the using the Database management. This is the information is providing the using the Administrators are maintaining the RIS database and database doesn’t not allow the other persons to change only authorized persons to allow to do the operations.

The train is contains Name, number, days to run, city, route and providing he service whetherAC,1stclass,2nd class and 3rd classes. The train is containing the route. The route is contain the which time train is coming and leave form the station names and how much time to stop on the platform and distance from one station to another station. The database is store the route when every RIS needs the thing; it is automatically generate the information and show the route between the various stations.

The RIS is totally developed using the Java and this contain the feature of OOP concepts, this tools design by in it GUI. To search the information on database giving the short name to the station name, the name of the station is primary key. Every train contain the information using the database store the train name where here number is primary key is the train. The database is stored in array form like stations, cities and trains.

Download Human Resource Database Management System Mini Project.

Results and Snap Shots of Mobile Shopping cart Management System

Results and Snap Shots

  • Loading status user interface design
    • Then the status of the loading will be displayed to the user.

Loading status user interface designWelcome Screen User Interface Design

    • This Welcome Screen User Interface is the part of the Home module.

 Welcome Screen User Interface Design

  • Mobile shop User Interface Design
    • This is the main window of the Mobile Payment Service system through this the user can Login or Register.

  Mobishop User Interface Design

  • Registration User Interface Design
    • This Registration user interface is the part of the Home module. Here the user has to enter the details of username, password, confirm Password, Address, Phone, Email-Id to before login.

 Registration User Interface Design

  • Registration Successfully User Interface Design
    • This Registration Successfully user interface is the part of the Home module. After the user has to enter the details of username, password, confirm Password, Address, Phone, Email-Id to press OK button to registration successfully.

 Registration Successfully User Interface Design

  • Login User Interface Design
    • This login user interface is the part of the Home module. Here the user has to enter the user name and password to perform various transaction of the shop.

 

  • Invalid Login User Interface Design
    • This Invalid login user interface is the part of the Home module. If unauthorized users access the system, it will be display the error message.

 Invalid Login User Interface Design

  • Offer User Interface Design
    • This offer user interface is the part of the Place order module which displays various offers of the shop. Then the user has various option.

 Offer User Interface Design

  • Help User Interface Design
    • This Help user interface is the part of the Place order module which provide help facility for the user to clarify their doubts and the system to be more interactive.

 Help User Interface Design

  • Search Shop User Interface Design
    • This Search Shop user interface is the part of the Place order module which provides SearchID facility for the user to displays the particular shop. Then the user has various options.
    • Search Shop User Interface Design
  • Department Selection User Interface Design
    • This Department Selection user interface is the part of the Place order module. The user has to select the department of the shop to perform the place order transaction.

 Department Selection User Interface Design

  • Product Details User Interface Design
    • If the user selects the product, the system will provide the product details such as price for the corresponding product, company model and availability.

 Product Details User Interface Design

  • Confirmation User Interface Design
    • In case of confirmation the user has to press the Back button, otherwise press the OK button to continue the process.

 Confirmation User Interface Design

  • User details User Interface Design
    • The user has to provide various details like Name, Address, Mobile Number, and Credit Card Number to place / cancel order.

 User details User Interface Design

  • Verification User Interface Design
    • In case of Verification the user has to press the Enter button, otherwise press the OK button to continue the process.

 Verification User Interface Design


    • The user can specify the quantity.

 

 

  • Process User Interface Design

 Quantity User Interface Design

  • Then the status of the process will be display to the user.

 

  • Billing User Interface Design
    • Then the Billing will be displayed to the user using the Name, Address, Mobile Number, Quantity and Rate.

 

  • Display Confirmation User Interface Design
    • Then the Display Confirmation will be displayed to the user using the cancellation and Continue.

 Display Confirmation User Interface Design

 

  • Cancel order User Interface Design
    • This cancellation user interface is designed, in case if the user wants to cancel the order. The user has specified his Name and Credit Card Number. Then the Name and Credit Card Number will be verified by the system and the process status will be displayed to the user.

 Cancel order User Interface Design

  • Display Cancel Confirmation User Interface Design
    • Then cancel confirmation will be displayed to the user by verifying the username and Credit Card Number.

 Display Cancel Confirmation User Interface Design

  • Display Successfully User Interface Design
    • Then the displayed to the user has to purchase the product successfully. Finally the money is deduced from your Credit Card Number.
Display Successfully User Interface Design