CSE Project Reports - 1000 Projects

September 24, 2012

Project Report on Client Side Tracking System

Introduction to Client Side Tracking System Project:

The main aim of this project is to develop an operation for client side tracking employing asp.net with MS-Access. This srs documentation has been composed for the administrators and firm staff employing the group intranet. The aim of this operation is to inspect the situation from which a user logs into make himself conscious of the local conferences and other programs that are being held.

The fundamental operation of this happenings calendar is to offer a monthly coverage of the happenings and conferences that are planned for the different divisions of the firm. The happenings calendar would assist the staff member for planning his week or month accordingly. Their situation on Google map and network description can also be seen through this.

The operation will be created employing Visual Studio 2008 (.NET framework) and MS-Access. In order to approach it, one needs to have an active intranet or internet connection.

User Interfaces:

The appearance and experience should be professional but light interface should be enchanting.
The Microsoft Visual Studio 2008 and MS-Access should be employed.

Hardware Interfaces: The devices that are consistent alongside the website are general web browser consistent devices.

Software Interface: Microsoft Visual Studio 2008 and Microsoft Office Access are required.

Functional Requirements:

To trace the geographical situation of a user approaching the intranet
Accessibility to the happenings description to that situation
It assists in making the whole staff aware of the happening.

Non-functional Requirements:

Displaying the situation employing the Google Map web API
Safeguard access of happenings while attach, deleting and altering
Accessibility round the clock.

A user is given the login screen and as soon as he logs on, he can see the local events alongside the Google map situation and Network data.

Download Project Report on Client Side Tracking System .

September 24, 2012

Claim Processing System Project Report

Introduction to Claim Processing System Project:

Purpose of the system:

The Claim processing system is an automated insurance convenience for all phases of life. The foundation of the system begins from registration of the consumer. Then a sequence of processes such as examination and other confirmations that finally finish with either enrollment or refusal.

This system is improving the conveniences offered to the consumers by changing it into an automated and online system. There is a facility for the management to immediately enroll under the Insurance Company online and the remaining procedure like, the whole processing of deal is automated. The data access is limited to illegal users of the head office and the branch office and the official description is kept secretive. The time-consuming manual system is fully ruled out. Right from enrollment to announcement by the staff and finally the claim, amount etc is digitized. Restoring data and pursuance regarding each prospect becomes simpler. The goal of this system is to offer the utilities to the policy holders, which is useful in claiming their auto accident and harms of the vehicle online. It assists companywide incorporated system involving all operational regions of a claim processing.

Introduction:

A claim is a legitimate action to get money, property or the execution of a right against another party. The legitimate papers holding a claim is known as a Statement of Claim.

The suggested system is entirely automated and requires to manage the focused database to reserve the data and distributing the information from the local database is a tiresome task. The Policy Holder can ask for a claim appeal via this online system and his data will be reserved in focused database that can be shared by all the users.

This system has been recognized to be presented with seven modules-Administrators, Insurer, Surveyor, Customer (Policy Holder), Reports, Authentication and Search.

Download Claim Processing System Project Report .

September 24, 2012

Online Shopping Portal Project Report

Introduction to Online Shopping Portal Project:

E-shop is a web based or online application on the internet where customer can explore the online shopping and services of the company. For instance a company who runs its business online websites through internet. The first and foremost preference of the company is to keep its customer always aware of its products and its prices.

E shopping company targets the customers and keep in touch with them by getting data from every customer from all its branches and resources, it may be through phone, mails, website or field. This data or details of its customers can be used in implementing the business policies like marketing, services; customers help desk or improving sales.

E- shop companies makes their all details on the website for their customers information, similarly they keep their customers data for study to market their products directly to them via emails, phone, presenting discounts on products. Like wise the company provides the best services to its customers and also connected with them.

To establish a business in present world is a difficult task and it requires high proficiency and improved productivity of company. Now the manual work of sales and marketing is difficult because it is time consuming and one way approach, this is transuded into automated streamline which do all works from a single computer.

The online shopping reduces the manpower and time. Our business policy is based on E shopping. Our computer system tackles the sales of Electronic products and Services.

Download Online Shopping Portal Project Report .

September 24, 2012

Hacker Detection In Wireless Sensor Network Java Project Abstract

Introduction to Hacker Detection In Wireless Sensor Network Java Project:

The intruder detection in the wireless sensor network is an area of interest in many types of network applications which is similar to identify an enemy in a war zone. The intruder detection is the procedure to identify the presence of wrong, inappropriate and inaccurate resting attackers in wireless sensor network. In our model, we prefer hacker detection as per the Heterogeneous WSN models. We proposed two types of Sensing detection models:

1) Single sensing detection

2) Multiple sensing detection.

Our simulation work concludes about the benefits of Multiple sensor heterogeneous WSN’s.

Existing Model of Intruder Detection: Single Sensing Detection can detect only a single intruder at a time in the WSN.

We had done our previous work which was based on the Homogenous and Heterogeneous single sensor in Wireless sensor network.

Proposed Model: We are now proposing the Intruder detection under Heterogeneous wireless sensor network where intruder can be identified and clear out anywhere in the network.

SYSTEM REQUIREMENTS

HARDWARE	SOFTWARE
Processor- Pentium IV 2.6 GHz	Front End- JAVA
RAM- 512 MB DD RAM	Tool Used- JFlame builder
Monitor- 15” Color	Operating System- Windows XP
Hard Disk- 20 GB
CD Drive- LG 52X
Keyboard- Standard 102 Keys
Mouse- 3 Buttons

Download Hacker Detection In Wireless Sensor Network Java Project Abstract .

September 24, 2012

Online Recruitment Java Project Report

Introduction to Online Recruitment Java Project:

The IRECRUIT is totally automated recruiting system of an organization that reduces the manhandling and tedious procedure of screening of an thousands of applications. The computerizing features allows the recruiter to screen the applications in less processing time, less effort, fast response, flexibility, good performance and measurable.

The scope of the project is to record the information of the candidate and manage the huge data of all applicants that includes Job postings, applicants, companies, resumes and the people. The web page allows us to retrieve information such as Job details, Resume reports and Applicant details and also to create information such as Use reports, Job reports, Transaction reports, usage reports and skill reports. The candidate can search for the job by logging in. The HR application allows HR personnel to shortlist the applicants and makes selection criteria.

The IRECRUIT system possesses four major modules.

Candidate or Aspirant module.
Employee module.
Recruiter module.
Administrator module.

Candidate module allows candidate to post resume, search job and manage profile.

Employee module has options for the HR recruiter to find all candidates suitable and can post new job.

The administrator module allows the recruiter or administrator to manage all the details regarding companies, people, and job postings.

Software requirements:

Operating system: Windows 2000 or higher

Jboss 3.3, J2SDK 1.4, Internet Explorer 5.0 or Mozilla

Hardware required:

Pentium III Processor

RAM 256 MB

Download Online Recruitment Java Project Report .

September 24, 2012

Distributional Features for Text Categorization Asp.Net Project Abstract

Introduction to Distributional Features for Text Categorization Project:

Text categorization is known for providing a predefined category to natural language text. The “bag-of-word’” presentation was used on the values of the word that based on the existence of the word in the document and its repetition. Though the values mentioned for the Text categorization word was not able to clarify the information to be provided due to improper circulation of the word in the document.

The proposed project presents other kinds of values known for the word. The ideal values which is to be highlighted through word possesses a features called Distributional features that projects the clear expression of word and the proper place to start word as meaningful. The Distributional features presented through “tfidf style equation” and added with Ensemble learning techniques. The Distributional feature are advantageous for the text categorization projected on its appearance and meaning.

Exiting System:

The current system is based on the values to be presented along with its presence and appearances in the document. The system also includes the statistical way of presentation depends on number of words existed continuously in the text called n-gram.

Disadvantages:

1. The current system is unable to provide the information which are mentioned in the document completely.

2. The current system is inefficient.

Proposed System:

The Distributional features of the proposed system are based on tfidf style equation and other features are assembled through Ensemble learning techniques. The distributional features are applied along with inverted index. The inverted index not only mentions the number of times of word presentation, also the places of presentation in the document. Depending on the word presented and size of document the features of word is structured and computed.

Advantages:

The text categorization of Distributional feature can be made in less cost.
The Distributional system has superior performance.
The Distributional system features has shown its quality when documents are lengthy and have informal style.

Download Distributional Features for Text Categorization Asp.Net Project Abstract .

September 24, 2012

Prevention of Packet flooding across WSN and MANETS Project Proposal

Application and end user needs that the project relate to:

The project is related reducing the packet flooding across the wireless sensor networks. In general due to the DoS across the wireless sensor networks, the situation of packet flooding will occur across the network. The main aim of this application is to avoid the situation of packet flooding and also mitigate the DoS attacks on the WSN. The required application is developed using OPNET Modeller simulation tool and the end users would the WSN users for this application.

Technology that the project relate to:

Wireless Sensor Networks technology is used in this project. A WSN with 50 nodes is created using the simulation tool and the actual simulation is done on these nodes.

Connecting or grouping of several people or computers together to exchange required data for the sake of business development can be referred as a network. The definition of a network in computer terminology is referred as a number of computer devices interlinked with one another technically to exchange information for the sake of multitasking and document printing so on. Networks can be of two types and they are wired networks and wireless networks. In wired networks nodes are connected physically with each other whereas in wireless networks nodes in a network will not have any connection between them physically.

There is a good increase in the connectivity of number of computers to a wireless network without using any wired connections. Because of this heavy processing power is created because of the packet flooding on the nodes of the wireless network by the processing power load on them. In this research project I have concentrated significantly on the packet flooding caused in the MANETs using a fresh layer known as “Sensor Medium Access Control Layer” in simple called SMAC layer. All the services needed for the implementation of packet flooding are contained in this layer.

First of all, clear knowledge about MANETs is very much necessary for the project. A “Mobile Ad-hoc Network” is an independent system designed with mobile nodes. The mobile nodes that are ready to receive information are the key elements required for the construction of the MANETs. A MANET infrastructure is less approach to a wireless local area network (WLAN/WLL) etc.The nodes and router are configured to construct tis network without using any wireless connections. Hence across the packet traffic the topology is changed rapidly. The information packet delivery is done using various types of mobile ad hoc networks.

Knowing about the MANET and Ad hoc networks is required initially before knowing about the packet flooding across a network. In my research it is known that MANET is a type of wireless Ad hoc network, this type of network in general routable at the link layer which is at the top. A best instance for MANET is “802.11 wi-fiwireless networks”. There are several routing methods that can be used for creating packet flooding in a network, and routing protocols also comes under these routing techniques. Therefore knowing about the routing protocols is very much necessary for this project. Routing is as technique which is utilized to identify the route across the entities between the nodes. The routing protocols are of different types and the most used routing protocols are IGRP “Interior gateway routing protocol”, RIP “Routing information protocol”, BGP “Border gateway protocol” and OSPF “open shortest path first”.

Once the information of all the above protocols is known, it will be easier to work on the research issue considered in the aims and objectives that is regarding the packet flooding across the MANETs. The research regarding the packet flooding by the wireless Ad-hoc routing protocols is aimed in this dissertation. Based on the research work it is divided in terms of reactive protocols, proactive protocols and hybrid protocols. There for the concept of packet flooding can be known clearly.

Problem or research question (motivating why this thesis work is important):

I have selected is specific concept as by project work because of the key reason that is to address the issues and drawbacks observed in the wireless networks used at present and therefore the problems occurred during wireless communication can also be addressed by analyzing the significance of network that is proposed for packet flooding and the advantages that can be attained with the proposed network. With this dissertation work I have experienced a great knowledge regarding the wireless networks.

Current (state of art) solutions used to handle the above problem or research question:

Maintaining the wires across the complete network is really an expensive deal and even there will be more chances for the link failures if more cables are used. Therefore I have selected the wireless networks for my research. There is an availability of extending a network from a location to the other in case of the wireless networks. The key problems that are mostly observed in wireless networks are pathless and effect on the entire output that is caused because of the multipath propagation.

In my research I was attracted to extended storage property of “mobile wireless sensor communication networks and preceded my research in that direction. Using the Ad-hoc networks only a single point can be accessed and for some users the network can be accessed. Even in case there is no infrastructure also the communication is done in these networks. In these networks routing protocols are interesting factors. Because of all these factors I have selected this concept as my research project. The concepts of reactive, proactive and hybrid protocols are related to my master’s syllabus where proactive protocols are used for requesting to a neighbor across the network, reactive protocols in making the route while transferring the data and hybrid protocols adopts both the proactive and reactive protocols. These concepts are really interesting while knowing in detail about them.

Considering the literature review of the project Ad-hoc grid layer methods are proposed by AksentiGranrov, Bekimcilkyu in order the grid systems to be implemented. All the services required for the implementation of grid systems are available with this grid layer. In grid based MANETs, the service discovery is proposed by Tzung-shichen, Tsai, Hau-Wen, chih-ping chu members of IEEE. In order to use mobile ad hoc networks, this service discovery is very much necessary. As these MANETs are dynamic in nature adoption of traditional service discovery solutions is not possible. In have presented an architecture based on protocol in the MANET. The MANET is taken as 2-D logical grid, because of using this approach we can effectively reduce the expenses of registering and discovering and can implement a large network.

Following are the research questions identified in this project

What are the common problems due to packet flooding across wireless networks like Mobile ad hoc networks (MANETs)
How to resolve the situation of packet flooding and mitigate the DoS attacks on MANETS

Proposed solution approach (hypothesis about solution or answer or method to find answers):

As mentioned OPNET Modeller is used as the simulation tool in this project and it provides lot of models to simulate the wireless networks like MANETs and WSN. Two different scenarios are created in this project, where the normal scenario has the DoS attacks and the second scenario deals with mitigating DoS attacks.

A MANET with 50 nodes is created in this project and AODV is used as the routing protocol. In general the DoS attack modifies the routing properties of the protocol and thus the key attributes of AODV are altered to create the packet flooding over the network. The actual attributes edited in this context are as given below. Email application is used in this project to create the traffic over the network and the performance of the MANET against the DoS attacks using the below parameters

Email performance across the network against the traffic and packet sequences and following are the actual performance metrics used in this context and they are listed as below

Download response time in seconds
Traffic received in bytes per sec
Traffic received in packets per sec
Traffic sent in bytes per sec
Traffic sent in packets per sec
Upload response time

Apart from the Email, the wireless LAN metrics are also used and they are as listed below

Data dropped due to buffer overflow
Data dropped due to retry threshold exceed limit
Delay
Load
Medium access delay
Network load
Retransmission attempts
Throughput

Second scenario is created with DSR routing protocol and the performance of the network is estimated using the corresponding metrics. The situation of packet flooding is created at the routing protocol level and the overall performance of the network is estimated using the similar parameters.

Once both the scenarios are created the simulation is run for one hour and the corresponding scenarios are compared against the performance metrics used. Based on the comparison results the best performing routing protocol against the packet flooding is estimated and the corresponding DoS attacks are mitigated.

Experiment, analysis, verification, test or proof method to use:

As mentioned the required experimental setup is done using OPNET modeller tool. The required scenarios to be compared are created using this simulation tool. Once the simulation is run against the performance metrics as mentioned above some graphs are generated and they are compared for both the scenarios. Based on the comparison results the required evaluation is done.

Technical tools or measurement equipment etc. needed to do the work:

As mentioned in the previous section there are two scenarios used across this simulation process and to derive the corresponding scenarios OPNET modeller is used as the simulation tool. OPNET modeller has many advantages when compared to the other simulation tools like NS2 and OMINET in terms of level of models supported and also the user interface provided to create a wide range of networks. NS2 is also much popular as OPNET modeller, but the only disadvantage with NS2 is that, it is complex in nature and involves lot of coding, where these aspects completely eliminated in OPNET modeller. OPNET also provides many model families against the wireless communication and the main importance of this tool lies with the aspect like a simple drag and drop operations can improve the simulation procedure and the object palette available with OPNET provides many objects to be configured.

All the required objects can be dragged from this palette and they are configured as per the scenario requirements to create the actual network setup. The simulation model involves, creating the required network, verifying the model consistency, running the simulation and finally evaluating the results. These steps are followed in creating any type of network and thus OPNET can be considered as the simple solution to create both the wired and wireless networks. Apart from these models, OPNET also provides the latest technologies like MANETs, wireless mesh networks and Zigbee networks also and thus all these models can be created and the performance of the networks can be evaluated easily.

September 24, 2012

Development of a Feature-Rich, Employee Transfer Application Project

Introduction to Development of a Feature-Rich, Employee Transfer Application Project:

The feature rich employee transfer application is an Intranet web application for the client ABC Technologies to create of its employee transfer data and maintain it by the system administrator or manager. The information includes the transfer files of an employee, new transfers of employee and salaries and implement allowances for the employee transferred.

The application has the following functions in it.

Login for both employee and System administrator
Interface for Forms to fill for searching and updating of existing employee transfer record. Forms for making new transfers.
Interface to create a doc format of transfer related records.
Automatic mail generations for both employee and managers.
Logout.

REQUIREMENTS:

Software required: Visual basic 6.0, ASP and HTML, Database SQL Server 2000, Windows 2000, Internet explorer.

Hardware required: A system with 2 GB hard disk and 256 MB RAM.

Process of Software Development: To develop a employee transfer system the team consists of at least 5-6 professionals and the project duration must be 6 months.

Specification should be made available for the whole system and records.
Database of at least 100 to 200 details of transfer of employees.
High level design consists of all records employee search, transfer in the form of flow charts.
Development of front end with the help of ASP and HTML, JavaScript, middle level like entries and form with visual basic and back end with SQL server.
Integrating all records with programs.
Testing of the program with no error in running.

Download Development of a Feature-Rich, Employee Transfer Application Project .

September 24, 2012

IT Enabled Academia Project

OBJECTIVE:

The product states to automate the regular teaching-learning integrated activities which make an academic administrator to observe and regulate the ongoing matter. This includes schedule preparation for possible resources such as Programmers, courses, subjects, faculties, and lecture room or lab preferences. The IT Enabled Academia would combined with Uploading lecture notes or assignments, regular attendance, student feedback report, updated exam marks and students/faculty portfolio’s.

Current system for Academia

1. Current system is handled manually which possesses possibility of errors.

2. Current system is unable to do enrolment of students by itself.

3. Regular attendance of faculties cannot be provided in a single display, it has to be created manually.

4. The system is not able to present feedback from each student and even .Unable to guide student personally.

Proposed System

The improved system automates the whole process through Database integration approach.

The Proposed system creates schedule for all teachers to take their classes by differentiating the days, time and class rooms which does not interrupt to other teacher.

Faculty has option to plan their lecture and topic, display their course contents which student can easily explored.

The students can post their feedback and suggestions to the faculty which makes academia more clear for improvements and guidance to students.

Download IT Enabled Academia Project .

September 24, 2012

Latest CSE Seminar Topic 2012 on JXTA Technology

project jxta a technology overview:

The intervention of the distributed systems into private networks and internet brings out with many advanced protocols and standards to connect the systems. Here the presentation is about overview of JXTA, and its structure, the theories and the upcoming developments of JXTA.

This technology consists of network programming & computing stage for solving so many problems in modern distributed computing particularly in the field of p2p i.e., peer to peer computing. JXTA was the origin of the Sun Microsystems and other experts.

JXTA or Juxtapose has been designed for p2p computing that works in open network computing platform. The JXTA platform provides the peers to understand one another, to advertise network resources, to communicate one another and to help each other to secure peer groups.

JXTA has multilayer specification of p2p protocols which is developed to work on the vast spectrum of the hardware platforms and the networking rules.

JXTA FEATURES

JXTA follows the principles which are actually resultant of demerits of many p2p systems. The p2p systems were based on producing single type of network services, for instance, Napstar is used for music file sharing, Gnutella has known for Generic file sharing and AIM to do instant message. These various features of p2p systems and improper infrastructure, the p2p system software producer possibly developing incompatible software systems, unable to complete access of the users from p2p communities

JXTA comes with the solution of this which creates simple and generic p2p platform that leads generic network services which are following

JXTA follows less protocol which are easy to apply and combine with p2p services and application. These services can be accessed between user communities.
JXTA doesn’t depend on particular programming language so it can be applied in C/C⁺⁺, JAVA languages, peer and other languages. The Heterogenic devices having different s/w stacks are also controlled and operated by JXTA protocols.
JXTA also doesn’t controlled by any particular transport protocols. It can be applied with TCP/IP, HTTP, Bluetooth, Home PNA & other protocols.

JXTA Example

The synchronization between various electronic devices like cell phone, pager, and wireless email device are normally done with PC as central synchronization server that connects all devices by the device driver. JXTA made it possible to connect or synchronize all devices without other networking interfaces. JXTA works as general media for communications and data exchange in all devices at a time.

Download Latest CSE Seminar Topic 2012 on JXTA Technology .