Category: CSE Project Reports

Computer science final year and third year students can find latest collection of cse min and major project reports for free download. M.E final year project reports and CSE final year project reports are provided with source code and ppt.

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Implementation of Project

The Implementation is the process of the applying of theoretically structured plan into the applied work. The effective, efficient and confident result comes out with the Implementation to success of the new system. The important step of success is Implementation of the system. 

Modules in the Implementation 

  1. Networking Module: The Client Server networking application differentiates the works of the service providers or servers and the service requesters or the clients. The servers and the clients are performing their functions on different hardware device. The server machine is said to be the high performance device which functions on one or more server programs and provide its functions with the clients. Similarly the client also provide its functions to the server. The server has always wait for the communication signals of client requests.
  2. Boundary Evaluation Module: The RUT plan is used to rule out the boundary evaluation problem. The GF and the RUT plan is assembled called the GAR protocol to solve the void errors and for the confirmed delivery of packets. The boundary is the unidirectional ring around the nodes, the node can be situated in and outside of ring.
  3. Greed Anti-Void Transversal Module: The GAR aimed to solve the void error so that the packet delivery can be confirmed between the NS to ND. The GAR protocol has to be well understood by an primary example, the packets delivery happens from the source node NS to the destination node ND shall reach the NV type of GF algorithm. The NV takes the RUT plan to overcome the void error for further processing stage of the GAR protocol. The SV centred circle produced in which the transmission range R/2 is half the radius.
  4. Performance Evaluation Module: The Proposed GAR algorithm run performance can be evaluated and make sure of its functions by resting localized plans by simulations that consists of the GF algorithm, planar graph- based GPSR, GOAFR++ plans and UDG- based BOUNDHOLE algorithm. The GPSR and GOAFR ++ takes the GG planar techniques to make a network graph that has to be produced as the GPSR (GG) and GOAFR++ (GG) algorithms, similarly the adopting of CLDP planer algorithm it is produced as the GPSR (CLDP) and GOAFR++ (CLDP) protocols. 

Download  Implementation of Project .

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Design and Implementation of Sip for Multistreaming Applications Project Report

Introduction to Design and Implementation of Sip for Multistreaming Applications Project:

The Session Initiation Protocol (SIP) is for the signaling protocol used for the preparation and differentiation of the Multimedia type of communications like voice calls and video calls in the field of Internet. The possible applications are like video conferencing, streaming of multimedia distributions, online games, emails etc. The SIP has applications like creation, modification, termination of the two way party or Unicast and Multiparty or Multicast areas of more than one media fields. 

The Proposed topic constitutes of developing the applications for the text and file transfer, voice and video conference by the use of SIP along with proxy server system. The SIP signaling is based on the pattern of Server- Client which uses protocols HTTP or SMTP. The requirement of the project includes the Internet phone or soft phone. The Internet phone applies the Session Initiation Protocol or Media Gateway Protocol (MeGaCo).

The SIP phone consists of the VoIP phone. The Soft Phone runs on the personal computer and does not need any special device. The soft Phone enhances the quality and similar to the normal phone along with head set or can be used with the USB device. The applications of SIP phone includes Voice conference, IP contact, IP phone system, FAX on the IP, Video conference, Call monitoring. 

The modules is needed to develop are

  1. User Agent Client or UAC which develops the conclusion and transfer to the servers.
  2. User Agent Server or UAS which receives the requests and process that requests to create response. 

The system has to be developed in the Linux 2.6 kernel operating system, ANSIC, GCC compiler, GDB debugging tool. The hardware requirements are  2 personal computers, 512 MB RAM, CPU with 2.2 GHz or above, LAN connection.

Download  Design and Implementation of Sip for Multistreaming Applications Project Report .

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Implementation of Online Banking

The Banking system has now become online means we can perform our transactions, payments, account check on the internet. The Internet Banking now giving services to the people with in their home with the help of the Personal Computer system. We can pay our bills, check our account balance, put request transactions in between the different accounts.

The Internet Banking provides the facility to its customers to perform their financial transactions for the various purposes through a very protected and trusted website of the bank called virtual bank, and credit union, the building community. The Online Banking is now become the add on services of the Banks.  

Now days the limited facility of the old system has changed regarding transactions. The Internet Banking delivers its financial services to their customers that include the transactions, information regarding various plans by the Internet system at home.

The e- banking is still similar to the traditional banking system in payments, inquiry, information processing but the manner of transactions has been advanced and fast and reliable. The e- banking system has successfully achieved its target to go to its customer directly with their financial products and services which is focused on the customer.

The customer has become very much relied on the e- banking system as it gives flexibility for its customers in many ways. The success of the Internet banking can be defined on the basis of transaction security, accurate transaction, quick response, and high network speed. The research is based on the District Sivasagar banks branches. We have been interacted with the Branch Head, Chief Manager and Staff to collect information regarding the e- banking system.

Download  Implementation of Online Banking .

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Case Study on Real Time Processing Sensor Network and Automotive Safety Application

Introduction to Case Study on Real Time Processing Sensor Network and Automotive Safety Application:

The very popular quote regarding safety is “Safety is cheap and effective insurance policy”. 

The automobile industry has become very conscious regarding safety. The very much experiment has been done for this area. The number of Processors has been developed to control the automobiles emergency systems. 

The world has been familiar with the various safety sensors consisting of the quick and accurate. These safety sensors are Microwave sensor system, Infrared light system, Laser system, Accelerometer for position detection. The above mentioned sensors have the safety applications like the Front and Rear warning, the lane detection warning system, automatic emergency braking. 

The Proposed safety system deals with the innovating and superb Image processing system that helps a person in skilled and efficient driving. 

The Lane Departure System possesses the high speed camera to take a snap shot of an image on the road at every regular intervals, the image is further transferred to the system for processing. The image goes for the detection called Edge Detection Technique that identifies the lane by the use of Sobel, Canny, and Prewitt edge detector. The Hough Transform further detects the lane and match with the existing vehicle or car situation. The Lane departure system hence keeps control and observation on the car. 

The innovating automotive safety systems are helpful to track the Lane and any incidents. Although the use of high speeds processors such as Blackfinn Processor enhance the use of application in real time system.

Download  Case Study on Real Time Processing Sensor Network and Automotive Safety Application.

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Image Processing Project

PURPOSE 

The project is designed on the Graphical User Interface which is very useful as we can explore many features of the application software. The Program of this project is focused on the Abstract Windowing Toolkit or AWT for the benefit of multiple users. The installation of this program has to be done in JAVA 1.1 Runtime Environment. The system must support the Graphical Interface. 

The Existing System 

The existing system is made for the single operating system, also the many formats of the images are being not compatible to the system. The color settings also has to be depended on the system settings. The current system are made for the stand alone systems. 

The Proposed System

 The problem can be solved by the use of JAVA which support the system readable and simple manipulating code. 

The image processing algorithms needs more necessities like CPU cycles and the huge memory which is more demanding than any other computing program. The project here using the programming language JAVA that is high level and time consuming. But we can also use the other programming languages like C, C++, Haskell, The Ada, and Delphito make this project. 

SCOPE 

The processing is the basic process in any graphics, images and image editing work. The Proposed system is able to work on any system. The application of new image processing is able to edit the old images into the new kind of image. The image can be combined with the many applications and also web pages. The main feature of the project is that the image can be changed to other image or format which can be accessible by the other programmer and also the system.

Download  Image Processing Project .

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Project Report on Image Processing in Java

Introduction to Image Processing in Java Project:

The System study deals with the initial stage of the software development during the primary investigation. The System study is done for the purpose to stabilize the needs of the attaining, developing and the installing of the system. The primary investigation concludes with the results of the study phase. The development of the system life cycle involves the study phase which includes the study of process of an image. There are many image editors available which are too expensive. We need to develop our own system to process and edit an image. 

The system study life cycle has the following steps.

  1. Primary investigation to systematically organize the necessicite.
  2. Feasibility of the development of the image.
  3. Evalution and analysis
  4. Design and Construction
  5. Development and testing
  6. Implementation and Application
  7. Application debugging 

The Proposed System 

The proposed system is developed to a system that support the designed system to edit an image. The Proposed system is called the “Image Processing Techniques”. The developed system is user oriented and all features are combined. The system has the options for the image editing and processing to display with effects in the menu bar. 

The features of the Proposed System 

  1. Easy to operate and user friendly
  2. Interactive
  3. Quick
  4. Reliable
  5. Fast
  6. 6.     Efficient and accurate
  7. Threat free 

The Proposed system is developed in the Processor Pentium IV, 256 MB RAM, 80 GB hard disk.

Download  Project Report on Image Processing in Java .

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Networking Project Titles for Final Year Students

Networking

  1. Network performance analysis
  2. Network modelling and simulation
  3. WLAN MAC
  4. Web Services
  5. Home Networking
  6. Grid middleware

Network security

  • WLAN security
  • Securing web services

Project areas: Networking, AI, Graphics, Operating Systems, Network and System Security, Internet Applications Development, Databases, Programming.

Students are encouraged to make full use of VMware virtual machines and open source software.

You are required to make an appointment to discuss any project supervision.

1.Parallel computing

          Parallel optimization algorithms such as parallel genetic algorithms, and their applications.

2.Mobile communications

               The simulation of wireless communications networks such as 3G cellular, WLANs, and mobile ad hoc networks.

Distributed systems

Distributed algorithms, services, Internet applications.

Design, modelling and simulation of wireless networks

  1. Performance comparison of random channel access protocols for wireless networks;
  2. Simulation and analysis of IEEE 802.11 WLAN performances;
  3. Design and simulation of 802.11 WLAN MAC with QoS enhancement for real time services;
  4. Protocol design and analysis for wireless sensor networks and mobile multihop ad hoc network
  5. Study of positioning protocols for low power low rate wireless sensor networks.
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101 Final Year Project Titles for MS Students

Title

  1. Ns-2: Mobility Increases the Capacity of Ad Hoc Wireless Network
  2. NS-2: Power control in wireless ad hoc networks: challenges, solutions and open issues
  3. Ns-2: Cooperation in Wireless Ad Hoc Networks
  4. Ns-2: Simulation Characteristics of Wireless Network Traffic models and its Impact on Ad Hoc Network Performance
  5. Investigating Human Aspects in Security and Usability of Information systems
  6. Ad-hoc wireless games
  7. Context-aware technologies using bluetooth and GPS
  8. Collaborative art on wireless and mobile systems
  9. Information Systems
  10. Information Systems
  11. Web Development
  12. Website projects x4 available
  13. HCI for an cardiac device 
  14. HCI for cardiovascular device
  15. Training simulator for cardiovascular device (HCI, graphics)
  16. Visual clinical coding system linked to databases x4 available
  17. HCI for the human arterial system of the brain
  18. HCI applications of diagnostic medical software on a mobile phone
  19. Transmission of information for 7 above to the surgery via server
  20. To 2-D map the position of an arterial device in the brain.
  21. Orthopaedic database and clinical coding imaging system
  22. Design of software underlying a device for the oral delivery of fluids to the elderly-for use in hospitals and the home.
  23. Design of software to underlie a device to assist in the mobility of patients who have suffered strokes or who suffer from other neuromuscular diseases. 
  24. Surgical and medical software databases, plus. This involves using an imaged based clinical auditing system for use in hospitals with a front end database.
  25. Website design and construction for various medical applications.
  26. Design of an internet system for the transfer of images and patient information over the country.
  27. Security issues involved in transferring information concerning patients across an internet (encryptic coding etc).
  28. To design, implement and test an anti-bullying database. 
  29. Brain wave
  30. GUTSy 
  31. The Heart of the matter 
  32. The shakes 
  33. Network design tools
  34. Configuration of infrastructure for Network broadcasts
  35. A study of Quality of Service on the Interent – Measurement and metrics. 
  36. Computer-assisted testing.
  37. Requirements elicitation.
  38. Mobile Computing and m-learning. 
  39. Database and clinical coding system for use by Doctors 
  40. An AI system for a cardiac device
  41. Closed system fluid flow model for an arterial device
  42. A website for the medical technology group
  43. A visual tracking system for an arterial probe. 
  44. An integrated internet hospital system.
  45. HTML -> XHTML conversion – an enhanced HTML tidier.
  46. RFC clustering. 
  47. MySQL SQL extension for use with search engine. 
  48. The “Pet Shop” project. 
  49. perl<->Java comparison. 
  50. The development of an algorithm for mapping an Extended Entity Relational Model to an Object/Relational Database.
  51. An evaluation of the Object/Relational features of Oracle with particular reference to the object/relational extensions to SQL
  52. System Methodology
  53. “Analysis and design of IS”
  54. A study of the Internet as tool for historical research
  55. “Family history and genealogy”
  56. E-Commerce from a users or business/organisational perspective
  57. Processing astronomical data-solar flares.
  58. On-line multi-media (Internet) facility for training the medical profession in trauma. 
  59. Hand held palm top computer for doctors doing ward rounds in hospitals
  60. Use of Software Agents to model Stock Market behaviour
  61. The Construction of a software package for AHP
  62. IT Strategy/IT for Strategic Management
  63. IT in Sport (coaching & performance analysis systems)
  64. A critical investigation into the enabling technologies and future potential of dynamic digital markets.
  65. A comparative analysis of approaches for making websites fast and scalable to be useful for contemporary business management.
  66. Optimisation of business performance through on-line business process modelling
  67. Software measurement of UML diagrams
  68. The design and implementation of an online software measurement process guide.
  69. HCI of streaming media.
  70. Affective and emotional support in pervasive computing
  71. Domestic information system design
  72. Open source software take-up and migration strategies
  73. Effective use of streaming multimedia in learning
  74. Developing and Evaluating a VLE Usability and Performance Test Suite
  75. Fingerprint Detail Segmentation
  76. Fingerprint Detail Mapping and Storage
  77. Palm Print Processing
  78. Techniques for Solving and Setting Sudoku Problems
  79. Ant Colony Optimisation
  80. Memetic Algorithms vs Genetic Algorithms
  81. Artificial Immune Optimisation
  82. Data Visualisation of Horse Racing Data
  83. Constraint Satisfaction Investigation and Comparison of Techniques
  84. Constraint Satisfaction -Application
  85. Collaborative Filtering – Investigation and Comparison of Techniques
  86. Collaborative Filtering – Web based application
  87. Rich Internet Application: Usable User Interfaces for Online Products
  88. An Artificial Life Ecosystem for Studying Biological Lifecycles
  89. Multiplayer Online Game: Blast’em Up!
  90. Soundscape application: pollution monitors for noise, light or CO2 emissions;
  91. Good programming skills
  92. Soundscape application: simple mixed-reality games, such as hide-and-seek with virtual objects, capture the flag, PacMan with virtual ghosts, and so on;
  93. An AJAX interface for sensor data and querying
  94. Pervasive computing for demonstrating school-level science concepts
  95. Spreadsheets as user interfaces
  96. An approach to developing more realistic agents for games and simulations using personaility and emotions
  97. The development of applications for X-Box 360.(Broad title for projects)
  98. Protein Modelling and Analysis
  99. Efficient computation of word similarity in sparse multi-dimensional matrices
  100. A system for automatic analysis of user-generated content 
  101. Information Extraction on the Web
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Steganography Project Research Questions

The following are the main research questions:

  • Give a brief description of steganography
  • How data can be secured using steganography?
  • What are the tools and techniques used in it?
  • How the information can be hidden?
  • What are the methods used for hiding the information?
  • In what kind of applications steganography can be implemented?
  • How it can be implemented in different applications?
  • How steganography can be detected?
  • What are the methods used for detecting?
  • Is steganography safe for hiding the information?
  • What are the advantages and disadvantages of using it?
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Practical Training Report on Basic Networking and Microsoft Windows Server

Introduction to Basic Networking and Microsoft Windows Server Project:

Basic networking is a concept which is based on the internet and also in the use of computer technology too. It is also based on the local development which is one of the main parts of the networking concept. In this basic networking user accomplish many authoritative terms by which they can work in a proper way. Here each and every single provides us the information about the authoritative power and the authentication modes.

Basically networks are the accumulation of each single personal computer by a part of networking devices. These accumulations later then work as the abundant networks. These networks are then connected to the computers by a device called as HUB which normally hosts the servers. Internet work has a concept called as Router which is used to join the server networks together to share the data from one computer to another. Packet switching, packet filtering, communication and path choice are the functions that a router can perform.

Another topic is the Topology which is the updates which are made to the material layout of the systems. There are various types of topology and some of them are Single node topology which is always joined with the servers, Bu8s topology which is joined to a common tabled which is named as trunk. Ring topology is which where all networks and devices are associated in a closed loop. Star topology is which every single device is associated with the HUB. Mesh topology is which every device is associated to the other devices.

Networks play an important role in this concepts and LAN, VAN, VPN San are the various types of networks. Layered approach is the part of OSI model which contains application layer, presentation layer, session layer, transport layer, network layer, data link layer and physical layer are the sub types of reference layers. There are various other topics that are related to the basic networking which is written in detail in various reference books.

Download  Practical Training Report on Basic Networking and Microsoft Windows Server .