Palm Vein Biometrics CSE Project Report

Introduction to Palm Vein Bio metrics Project:

In this modern techno savvy world, the chances of an unauthorized access is much higher. Most companies hire security systems that may include normal authentications such as an ID and biometric systems to guarantee authorized access to their premises. Biometric systems uses various anatomical info’s like iris, fingerprint scanning or capture behavioral patterns like handwriting , voice recognition etc. The image pattern of the palm vein captured by the scanner is stored in the database. Palm Vein patterns are unique for every individual as his fingerprint or iris.

Present Biometric System Disadvantages:

In case of fingerprint scanner, it would be impossible to authenticate a person who has lost fingers. If the finger has mud or other external factors in it, then the scanner may not work.Facial recognition system may fail if a human face is subjected to a change in shape, style or size. A person’s voice can also be duped leaving voice authentication systems vulnerable.

Advantages:

• Palm veins are broader in size and its blood vein patterns are complex in structure, this makes it unique for each human being and thereby provides more security while authentication

• Skin characteristics independent

•Is a non-contact technology

The first step in using this technology is to keep one’s palm parallel to the device at some distance. Using Infrared (IR) technology the device then would take a pic of the palm veins with reflection and transmission methods. The sensor in the device generates an image of the pattern of the veins in the palm and stores into a database digitalized and encrypted. For storing image various processes takes place such as binary zing the vein image, detecting the edges of the palm and noting the key points for the curvature of the fingers. Vein extraction is done by 2D Gaussian function .

Download Palm Vein Biometrics CSE Project Report and reference documents.

Data Mining Techniques to Automate Software Testing Project Abstract

Introduction to Data Mining Techniques to Automate Software Testing Project:

The data mining models in tested software can be utilized for recovering missing and incomplete specifications, designing a minimal set of regression tests, and evaluating the correctness of software outputs when testing The study of feasibility of the proposed approach a novel data mining algorithm called Info-Fuzzy Network (IFN) to execution data of a general-purpose code for solving partial differential equations.

Data mining models of software testing can be utilized for recovering incomplete specification, desinig a regression test and evaluating the software outputs when testing new, potentially flawed releases of the system.

A successful test of software should make a problem while testing software. The tests that do not gives any faults are useless. While testing a large system, the test of the entire application (system testing) is usually preceded by the stages of unit testing and integration testing.

Different task involved in Data mining are been divided into four types:

The Association rule in learning database, Searches for relationships between variables.

Clustering in Database, Task of discovering groups and structures in the data.

Classification, Hear the information are scanned and distinguished into predefined classes

Regression helps to find a function which helps in modeling a data in database with the least amount of error and also identify any of the visible patterns and trends in the database.

This paper also discuss about some of the topics like, Uses of Data mining in various field of computer science. Info-Fuzzy Network Structure, Info-fuzzy network has an tree-like structure, where the same input attribute is used across all nodes of a given layer (level).input-output analyses with info-Fuzzy Networks, The IFN algorithm is trained on inputs provided by RTG and outputs obtained from a legacy system by means of the Test Bed module. As indicated above, a separate IFN model is built for each output variable

 Download Data Mining Techniques to Automate Software Testing Project Abstract.

Online Examination System Project Report in PHP

Introduction to Online Examination System Project:

Online Examination System project is used for conducting online objective test, the test will be customized such that system will have automated checking of answers based on the user interaction. This project helps the faculties to create their own test based on the subject. This also helps the instruction to perform online quiz, test paper such that the academic performance of the students can be increased and can take the feedback from both students and parents.

            While a faculty creates their test paper he has given the permission to add the students who are supposed to write the exams, such that he can conduct test paper to students of different class, so that no student gets a question, different from the syllabus. The results of the exam he had conducted is available to him after the student writes is online examination. All students, faculty, parents, etc. has separate login to this project. Some of the main features of this projects are: it reduces the paper work for the faculty, creates automatic response to the students, such that he can get result weather the answer given by him is correct or not, can generate reports after the examination and can be handover to parents such that they can see the status of his child. Administrator has given the supreme power to add faculty and to manage the entire site. Unregistered users cannot able to attend the online examination, but in future scope there will be an option for this too.    

            On security accepts administrator has the highest authority to edit/delete/create a database, faculty has authority over the students, students can only view the test report weather he is passed or not. Passwords in the database are been stored in an encrypted form, by using different encryption algorithms. For developing this application we use open source languages, like PHP for sever side scripting and MYSQL for database.

Download Online Examination System project Report from this link.

Online Text Tile on Icon Tiles Project Report

Introduction to Online Text Tile on Icon Tiles Project:

Computerization has made most of our works easy, efficient and swift. The project “Online Text on Icon Tiles” is a web portal which deals with online purchase of tiles. Users can submit online purchase orders for these tiles and also view the details of the various tiles posted by the admin. Various ads are showcased in the site that will earn the admin some monetary benefits.

In the present scenario the bills and transaction are maintained manually through paper work. This may lead to incorrect data or loss of important documents; moreover the whole process will take time and also are less flexible.

The whole project is split into two major modules: Admin and User

Admin Module: Admin has the authority to add a new tile with all its details such as colors available, size, cost, type etc. Photos or images of the tile can also be attached along the details. Admin has the power to modify or delete a present tile. Admin can also post product ads in the site and specify whether it is free or paid. Admin can view orders placed by the user and note the booking code.

User Module: User can browse through all the details posted in the site. Paid and free ads can be viewed by the user that had been posted by the admin. Super business advertisements are also viewed by the user.  They can also view list of tiles with its images. Online purchase order can be placed after viewing a tile’s price and comparing it with other similar ones. User can also read or post reviews about one tile. After ordering the tile online user would get a booking code for further contact reference. To search a tile, all user have to do is type its ID and the whole detail of the tile such as color, price etc. will be displayed

Download Online Text Tile on Icon Tiles computer science Project Report

Efficient Broadcasting In Mobile Ad-Hoc Networks Abstract

Introduction to Efficient Broadcasting In Mobile Ad-Hoc Networks Mini Project:

MANETs is an self-configuring infrastructure less network in mobile devices connected by wireless. The main objective of Efficient Broadcasting In Mobile Ad-Hoc Networks Mini project is to determine a small set of forward nodes to ensure full coverage.

The use of laptops (802.11/Wi-Fi) and other wireless devices needs an efficient broadcasting with guaranteed coverage, which is successfully met by this project.

A framework is used to model inaccurate local views in MANETs, where full coverage is guaranteed if three sufficient conditions, connectivity, link availability, and consistency, are met.

 Mobile ad-hoc network is an autonomous system of mobile nodes connected by wireless links Nodes in mobile ad-hoc network are free to move and organize themselves.  The path between each pair of the users may have multiple links and the radio between them can be heterogeneous. The popular IEEE 802.11 “WI-FI” protocol is capable of providing ad-hoc network facilities at low level, when no access point is available. However in this case, the nodes are limited to send and receive information but do not route anything across the network. Mobile ad-hoc networks can operate in a standalone fashion or could possibly be connected to a larger network such as the Internet. Mobile ad-hoc networks can turn the dream of getting connected “anywhere and at any time” into reality. Typical application examples include a disaster recovery or a military operation. This project works on different routing algorithm for getting full coverage and efficient use of this network.

Three solutions are proposed to satisfy those conditions. An minimal transmission range that maintains the connectivity of the virtual network constructed from local views. Then, two transmission ranges, one for neighborhood information collection and the other for actual data transmission, to form a buffer zone that guarantees the availability of logical links in the physical network. Finally, a mechanism called aggregated local view to ensure consistent local views. 

Download Efficient Broadcasting In Mobile Ad-Hoc Networks computer science mini project abstract from this link.

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.

A Project Report On Computerization and Automation of School Information System

This School Information System project report is completely built for automating of manual & complex task by reducing boring paper work, reducing redundancies in the system with high degree of correctness and robustness for school education department of ‘Mantralaya’ where entire administrative work related to ministry is handled at state level. This system can be benefited as quick retrieval of important information; storing and retrieving securing data by user authentication mechanism such as password protected and also be useful in decision making at right time for decision makers. This School Information System Project Report on Computerization and Automation work was completed with Power Builder 5.0 Developer 2000 as front end and oracle 7.3 as backend tool at development-end. During implementation of this system Window NT operating system for server side machine and any window operating system above window 95 for client side machine.  The approach or model used in the system development is ‘waterfall model’ where second phase doesn’t start until first end. The system passed by several phases of system development life cycle. They are described below:

System engineering and analysis phase purely focuses on current existing system and proposed automated system for identification of the system goal and study about technical, political and economical feasibility with expected schedule to be completed the project.

System design phase represents the architectural and procedural designing by means of various structural designs such as E-R diagram. This phase focuses on modular program structure approaches and represents the control relationship between them. During procedural design there is an importance of constraints and triggers to be maintained during coding phases.

Coding implies about the written line of code for project by the developer to achieve the predefined goal specified in analysis phase of system development life cycle. This is the phase where human under stable requirement is converted into machine readable format.

Testing of the whole project against the goal is checked in this phase by means of various testing method like black-box or white box testing. The testing is done at all unit and modules level also to check whether they separately work as required and check their interdependencies also.

Implementation and run-time report review consist of implementing or setting up the whole proposed automated system at client end to meet their requirement and finally review the report after implementation of the system at client end.

Online Voting System Project Documentation

Introduction to Online Voting System Project:

Online voting system project is implemented in Asp.Net platform using Mysql database as back end. Main aim of online voting system is to develop an online application like online reservation system, for citizens who are above 18 years of age to vote through online. Using these system citizens of India can vote through online without visiting polling booth. A centralized database is maintained by election commission of India where citizens information is maintained when ever citizen is using online voting system his/her information is authenticated with the data present in database if user is not in the list he cannot use online voting system.

Working:

Users are provided with a online registration form before voting user should fill online form and submit details these details are compared with details in database and if they match then user is provided with username and password using this information user can login and vote. If conditions are not correct entry will be canceled.

Advantages of using this application is time saving and voting percentage can be increased and high security can be implied for preventing false voting.

This application contains two level of user’s administrator level and voter level where each level has different functionality. Election commission of India will update voter’s details to database regularly.

In online voting system project document students can find dfd diagrams, ER diagrams, system modeling diagrams, class diagrams, database tables design and screen shots.

Download online voting system project documentation from this link.

Efficient Broadcasting with Guaranteed Coverage in Mobile Ad-Hoc Networks Abstract

Introduction to Efficient Broadcasting with Guaranteed Coverage in Mobile Ad-Hoc Networks:

Efficient broadcasting with guaranteed coverage in mobile ad hoc networks project explains about concept of ensuring full coverage using small set of forward nodes. Initially we study different methods in which every node is efficiently updating information to its neighbor node in timely manner. Then we move to implement moving nodes in broadcast process and considering different impractical cases for updating consistent local views.

A frame work is developed to deal with impractical conditions in MANET which should provide good coverage, connectivity, consistency and link availability in ad hoc network.

In order to provide solution for above mentioned properties we develop a step by step procedure. In first step a minimum transmit ion range is established for construction virtual networks from local views. Then we use two transmit ion range one transmit ion range is for communication between neighbor nodes and other range for collection actual data transmission to establish a buzzer zone through which guarantee links between nodes are established in the physical network. Finally we propose a method called aggregate local view to guarantee consistent local views. By using two techniques wu and di’s coverage conditions for mobile nodes using network broadcasting.

Students can find more information on related projects seminar topics from this site for free download. Final year and third year computer science students can download project source code and paper presentations.

Download efficient broadcasting with guaranteed coverage in mobile ad hoc networks project abstract from this link.