Media in Motion Project Report

Introduction to Media in Motion Project:

Media in motion project explains about concept of client interacting with moving image and media files between client and server. This application is a web based solution for accessing video and audio files. Using this system we can deliver manage and deliver video, music related data. Media in motion provides access point for storing media files in to database and mange media files using a admin panel and provide a user friendly interface for viewers to watch video. User can select from the given list on his own interest and listen to songs and view video content which acts as customer view. For any video and audio sharing site bandwidth is important factor. As the uploaded content varies its size based on quality of data and bit rate. Providing high bandwidth is a tough task in order to solve this problem we use a converter for converting uploaded content in to low bit rate which will reduce quality and size of digital data.  In this application we use windows media encoder to convert different bit rates and control quality. 

This application provides different service like online video and audio type conversions. Users can upload and download videos and even covert downloaded data to different formats. Mash up encoding module consists of online editing option through which users can add multiple video files edit existing video files and upload to server. Admin will manage these videos and announce winners for every week. 

Students can find more related project reports and documents from this site with source code for free download. 

Download Media in motion project Abstract. 

Bank Software with ATM Project

Introduction to Bank Software with ATM Project:

Bank software with ATM project is implemented in java platform. Main of this project is to develop a banking software application which resembles like ATM software though which user can create account, deposit, withdraw and delete account etc. In this software we added ATM class along with bank class is replication to ATM interface. This interface is a user friendly for any type of user who can perform transactions using this module. 

In present scenario online banking and mobile banking has became a main source for many transaction. Because of user friendly, time saving and transactions can be performed on move features in online and mobile banking had increased its scope of development. In this project we tried to implement banking software with ATM application which will add additional features to existing online and banking system.

In this project we provide entire java source code with project files.

College Management System PHP Project Source Code

Introduction to College Management System PHP Project:

College management system project is implemented in PHP programming language using MY SQL database. Main aim of this project is to develop an online website which will cover details about institutes, courses, student’s information, student’s details and other information related to education.

In existing system there is no specific method for finding details about different institutes and know about institute from previous year students from respective colleges. Students should visit college and find details about the college which is a time taking procedure.

In present web portal project students can find details about different institutes and courses offered by different institutes through online web site.

Here we provide entire project source code with modules and database for free download.

Activity Tracker ASP.NET Project Abstract

Introduction to Activity Tracker ASP.NET Project:

Activity tracker project is implemented in asp.net platform using MS-SQL server as backend database. Main aim of this project is to develop an online software application for organization form maintaining different stages of work in a single application. Using these software professionals from different departments can update daily status to this software. Using this application administration cost can be reduced and provide a bridge for effective communication between company, client and employee. Consultants can upload timesheets using this application; time sheets include details of project time, coding, employee’s resources, testing and documentation for entire week. Time sheets can be verified based on project or client wise. Manger can approve or reject these time sheets; manager will approve time sheets after every end of the week using a week ending dates option. Mangers are provided with different search features for selecting type of reports to be viewed based on requirement.

Admin will look after different users information updated to application like time sheets form customers, employees, users, project details and maintain permissions for users login. This application is implemented in three modules consultant, manager and administrator. In consultant module time sheets are updated on daily and weekly basis and in manager module he will look after updated time sheets and take decisions based on time sheets. In admin module administrator will look after managing user’s login information, manager’s details, project details and employee details. 

In existing system manual methods are used where large amount of labour is required and investment is also more. Tracking work for every hour is not possible in manual process. Managing multiple uses works at time is not possible. 

In proposed system users from different departments will update information to application which helps in knowing work details every time. Time taken for analyzing weekly and monthly work will be easy and fast. 

Download Activity tracker asp.net project abstract.

A study on Sensor Nodes Attestation Protocol in a WSN Project Report

A study on Sensor Nodes Attestation Protocol in a WSN Project Report covers detailed explanation about project. Here we provide introduction to topic.

Sensor networks are been widely used in different fields of applications like fire monitoring, pollution monitoring, machine measurements of industries, wild environment management etc. WSN- wireless sensor networks can be considered as the wireless networks associated with wires that embraces different types of nodes called sensors arranged into a single architecture. Basically sensor nodes must contain different types of functions such as wireless communications as well as sensing activities. Because of some security problems related to routing process the wireless sensor networks are limited with some radio frequency channels which are not linked with any sensor nodes for physical security within a specific topology.

 For this reason, the hardware restrictions within the topology networks is the main reason that is allowing the wireless sensor networks to become more vulnerable towards different types of adverse effects. In order to overcome this problem, there is a necessity of incorporating all the nodes present within the system i.e. use of hirechary approach which performs the information sharing between two different nodes.

Every sensor network has it own sensor nodes which are capable of performing sensing process within appropriate sensing locations which is allowing the hackers to enter the attack the wireless sensor networks in an easier way. Because of presence of more vulnerability within the networks, the total network sensors that are present in the network are adversely affected by the attackers. For this particular reason, securing wireless sensor networks is happened to be vital task for the developers. They are trying to use two different types of steps through which in the first step they are connecting the relation between the sensor nodes present within the networks. In the second step, sensor node attestation is performed through which the total activities taking place in the wireless sensor networks can be easily identified and solved. 

Download A study on Sensor Nodes Attestation Protocol in a WSN Project Report.

E-Auction a Web Based Electronic Auctioning System Project Report

E-Auction a Web Based Electronic Auctioning System Project Report covers detailed explanation about project. Here we provide introduction to topic.

Nowadays, in this technological world, computer and internet usage are happened to be important for all the activities especially in the business activities of the organizations. Internet is giving many added advantages to the companies in order to reach their target customers from different ends over the globe. For example, a customer from India can buy the product of US Company through online without visiting their location. This aspect gives a clear idea on the importance of internet and its role played in the organization success. This study deals with the development of prototype for the purpose of building online auctioning system. This online auctioning system will allow the administrative users to access the website remotely through server. This process includes different aspects such as registration, bidding process and products management.

This system will perform the bidding process through which the users can buy the products through bidding. The bidding status can be identified by the users and it will even display the available products for bidding, sold out products, bidding details, timings, bidding date and payment options. Jeetle one of the popular bidding site can be considered as the best example for this application. But in this application only cars will be available for bidding and based on further demand the other products will be included in this application. This application is more useful to the organizations or companies who are planning to offer their products and services to the customer through online website. This application is more secured and will offer reliable services to the administrative users as well as the normal customers. 

Download E-Auction a Web Based Electronic Auctioning System Project Report.

A Linux Device Driver for USB to USB Direct Link Device Project Report

A Linux Device Driver for USB to USB Direct Link Device Project Report covers detailed explanation about project. Here we provide introduction to topic.

USB is referred to as universal serial bus came into existence in the year 1996 and its second version was released in the year 2000 which is capable of transferring the data with 480 Mbps speed. The product cost is less with higher rate of data transfer and gained more importance in this computer world. Nowadays this USB interfaces are allowing the users to connect different devices to the PC’s and every operating system will support this device. By using Linux there is no possibility for data transfer but by using this USB cables different types of data transactions can be performed between two systems. The operating systems related to Linux are not capable of providing the access through remote among the two PC’s but the file bandwidth is been used in order to transfer or share the files between two different computers or laptops which can be easily performed in operating system of Windows.

The main objective of this study is to create a system that supports USB remote access to transfer the data and files between two different systems and it includes two stages such as Kernel Module which is known as USB driver as well as user interface. In Kernel module phase the device driver will be designed which is called direct cable for connecting the two systems which suits best for operating systems of Linux. The low level system designed in this part will allow the users to transfer accurate, reliable and genuine files transfer among the systems. In this user interface stage, users can access the USB device remotely which provides transparent data access to the users in which the client server will be used that have three resources such as server side program, client side program as well as GUI QT.

Hardware Requirements:

  • USB Direct link cable
  • Intel P4 processor
  • 128MB Ram

Software Requirements:

  • Linux Kernel 2.6
  • GCC
  • QT

Download A Linux Device Driver for USB to USB Direct Link Device Project Report.

A GUI Oracle Interface in Java Project

The main aim of A GUI Oracle Interface in Java Project is to create the interface within Java for the GUI tool for improving the efficiency of GUI tool meant for the purpose of installation of ORACLE. In this system different types of aspects related to Java will be used such as Swings, JDBC, SQL plus, AWT as well as Oracle interface. In the total existing tools, GUI tool is happened to be important and efficient because it is a user friendly tool that supports the users in understanding the total commands present within it.

Existing System:

In the existing systems, the SQL Plus which belongs to Oracle is been used for the purpose of installing the database which provides access to the users by using command line interface. By making use of SQL Plus the terminal windows such as Unix and Linux of PC can be accessed but it is difficult to access the existing system to the users who are not having basic knowledge on computer usage.

Proposed System:

In this proposed system, GUI tool is used for the installation of Oracle which is more efficient and user friendly tool when compared with SQL Plus. By making use of this GUI tools users can easily access the system even though they are not having any computer knowledge. By using this GUI tool users can even design, manage and delete the tables and data within the main system database. Without the use of Command line interface all the activities related to data can be easily accessed in this proposed system.

Software Requirements:

  • Java based browser
  • Java and J2EE

Hardware Requirements

  • System environment GUI
  • 128MB Ram
  • 20GB Hard disk

Download A GUI Oracle Interface in Java Project.

Analyzing Network Traffic Dynamics through BADABING Project Report

Analyzing Network Traffic Dynamics through BADABING Project Report covers detailed explanation about project. Here is the introduction to this project.

Generally there are different types of network protocols as well as network systems which are been used for the purpose of evaluating and measuring the traffic dynamics of networks among the two different hosts. This study deals with the evaluation of loss measurement methodology which is developed by making use of a special tool for measurements called BADABING. By using this tool the fixed probes will be shifted from a single measurement location towards its mutual host in which the entire probe packets as well as the reports are been gathered by target system.

Existing System:

The existing systems based on this process, the probability of the Poisson arrivals will be analyzed and measured. In the existing systems different types of los measurements will even be calculated for identifying the network properties which are not totally reliable and true. The network tomography which is totally based upon the multicast as well as the unicast probes are even considered to be non-effective and reliable.

Proposed System:

This proposed system will the users to identify and measure the characteristics of end to end packet losses in a reliable way which are more accurate that even allows them to identify the effect of bottleneck queue. The measure losses of end to end probes will be identified clearly which follows different types of geometric distributions that allows the accurate trade off among the networks and will even identify the accurate measurements of probes within the same time period.

Software Requirements:

This system needs three software’s such as Java Swing, JFrame Builder as well as Windows XP operating system.

Hardware Requirements:

In order to develop this system efficiently there is a necessity of three different hardware’s such as Pentium IV processor, 512 MB Ram as well as 80GB Hard Disk. 

Download Analyzing Network Traffic Dynamics through BADABING Project Report

DBMS- Data Base Management System In SQL Project Report

Database Management System in SQL can be considered as one of the important aspects in the computer science filed which includes different innovations in it. Especially the data retrieval and data storage are happened to be important aspects in database management systems. Database management system is even playing important role in data storage of some huge software providers such as Google, Oracle, Yahoo and Mozilla Firefox.

The main aim of this project is to implement an efficient database management system that is capable of storing and retrieving huge data files in a secured manner by making use of the SQL commands. This database management system contains different sets as well as subsets which belong to MYSQL 4.0 functionalities. In this system, a process called interpretation will take place that present within the database system. This system includes different development processes in which database architecture design as well as SQL interpreter is the important steps. This system even include different stages such as Lexical Analysis stage, Syntax Analysis stage, Semantic Analysis stage, Type checking stage, Intermediate file generation stage, evaluation stage and GUI results display stage.

The data base management system which is developed by using SQL is capable of serving different types of functionality present within the system and it will even accept different SQL commands. Alternately the SQL commands will be interpreted with the support of interpreter present in the system which will be converted into the logical form. Then after this particular obtained form will be analyzed and evaluated critically in order to get the final and expected results. The final obtained results can be used to change and retrieve the data by using the database. This database is having an inbuilt error manager which allows the user to protect their data from hackers because if any unauthorized users enter the system then it will show an error message.

System Requirements

  • My SQL 4.0
  • SQL interpreter
  • GUI

Download DBMS- Data Base Management System In SQL Project Report.