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Proposed System
It is difficult to note down all the problems manually. Instead it is decided to develop an “ONLINE DISCUSS FORUM” to ease the operation.
A system is required which is being capable of elimination all the problems and become useful to users and thus the new system is derived. Here we get a different view from different users.
Benefits
Existing System
In general people share their ideas, queries and answers from their colleagues or friends through the intercom or direct manner. They need to spend time for their work.
Drawbacks
Some of the drawbacks are:
1. Details are enquired through phone.
2. It consumes more time
3. They don’t get proper answers.
The project titled “ONLINE DISCUSS FORUM” is designed using Active Server Pages .NET and SQL Server 2005 which runs under .Net Frame Work 2008 in Microsoft Windows Operating System family.
The project contains seven main modules.
This module is the main module, by selecting the category user can post their questions easily. They can retrieve the answers for their questions from the different users.
2. Post Question Module:
This module is mainly for the registered users. As the Administrator has to know who has posted the questions the user is registered here. These registered users alone can post their question in detailed manner.
3. Registration Module:
This Module helps to give the detailed information about the newly entered user.
4. Answer Module:
Each and every posted question will get the exact answer from the Discussion Forum team and also they can get a lot of answers from the different user.
5. Discover Module:
Users can answer the questions which are posted in this site. Both registered and non registered user is benefited over this module. They can also view the answers posted in this site.
6. Articles Module:
User can post their invention and also they can know about the ideas of the all Users.
7. Search Module:
This module is used to search their queries , the articles and also the inventions. Both registered and non registered users can search over here.
Download Network Load Balancing Final Year Project Source Code.
Each machine has its own copy of everything it needs to run the Web application which includes the HTML files, any script pages (ASP, ASP.Net), any binary files (such as compiled .Net assemblies, COM objects or DLLs loaded from the Web app) and any support files such as configuration and local data files (if any).
This means each server must be configured separately and run the Web server as well as any Web server applications that are running. If you’re running a static site, all HTML files and images must be replicated across servers
if any machine in the cluster goes down, NLB will re-balance the incoming requests to the still running servers in the cluster. The servers in the cluster need to be able to communicate with each other to exchange information about their current processor.
This processing as well as tine taken to generate well reports where also even when large amount of data was used. The system is designed in such a way that even when large amount of data used for processing there would less performance degradation.
Software Interface
The design part and interface id done the front end ASP.Net and SQL server as a backend of the project.
Operational requirements
The database or databases that are being failed over to the stand by server cannot be used for anything.
It is concluded that the application works well and satisfy the needs. The application is tested very well and errors are properly debugged. It also acts as the managements Systems to the valuable resources.
The issue date and returned date of books is updated at the database automatically at the time of enter by the Liberian. Additional checking whether the book is available in the library at that time is done by the system automatically; the backup is made automatically at the system startup. The speed of the transactions become more enough now.
Modules
Authentication Module:
The authentication module is to register the new users and previously registered users can enter into our project. The admin only can enter and do the uploading files into the servers. After login by every user and the admin the sql server checks the login id and password is valid or not. If the login is not valid it displays that the login is not correct.
IP Address Representation Module:
The IP Address Representation module is to give the IP addresses which we are going to assign those as servers. We can enter and view IP addresses from this module. In load balancing system we can connect the three servers [system]. The connection has to be represented by the IP Address representation only.
Load Servers Module:
The Load Servers module has the authentication for the administrator only can enter into this module. The administrator will do the encryption of the text file and store into the servers which we are assigned in IP representation module. This module will make the both public and private key for the cryptography.
Load Balancing Module:
The Load Balancing module has the authentication for users can enter into the upload page and can view the file name which the administrator stored into the servers. The user can select the file from the list and can download from the server which is in idle state. We will get the response time and from which server we are getting the file. Finally we can get the decrypted file from the key pair.
Report Module:
We will get the response time and from which server we are getting the file. From the response time produce the chart report here. It compares the response time between the servers and download the given file in the better performance response time server.
Sample Input and Output:
Input text file is given by admin and the encrypted format is stored in all servers. Output is decrypted file from the server which is in idle state. And it produce response time chart.
The project “Network Load Balancing” is designed using Microsoft Visual Studio.Net 2008 as front end and Microsoft SQL Server 2005 as back end which works in .Net framework version 2.0. The coding language used is VB .Net.
Many distributed real-time applications, such as audio- and video-conferencing, require the network to construct a multicast path (tree) from a sender to multiple receivers. Furthermore, real-time applications have Quality-of-Service (QoS) requirements (e.g. bandwidth). The objective of the routing protocol is to build a tree that is both feasible (i.e. satisfies the requested QoS) and least costly.
The cost of a tree depends on the costs of its links. The cost of a link should reflect the effect of allocating resources to the new connection on existing and future connections. Many studies have proposed multicast algorithms to construct low-cost QoS-constrained trees.
However, these studies assume that some cost is given for each link, and they do not examine the effect of the link cost function. In this paper, we examine the effect of various link cost functions on the performance of two classes of multicast routing algorithms under both uniform and skewed real-time workload.
We also investigate the impact of inaccurate network state information. Our simulation results show that when network state information is accurate (most up-to-date) at each router, the choice of the link cost function only has a negligible effect, if any, on the routing performance.
More interestingly, we find that, a link cost function that is more sensitive to load performs better when link state information is relatively accurate, while when link state information is more stale, a link cost function that is less sensitive to load performs better. This is more pronounced under higher load and when multicast groups are denser.
Net Auction Project is being designed for the user so that he can easily take part in the auction conducted online. The auction takes place in a normal way the people interested in buying the things placed in auction are supposed to bid for that particular good, the person who bids highest on the item. The person placing the highest bid gets the right to own the item at the end of the bid. Bid is the exact amount of money offered on a item in auction in the bid by the seller. The buyer with the highest bid is the one who finalizes the purchase of the item with the seller of the item. Generally winning an auction means placing the winning bid on a selected item in the auction and then winning that item .Winner is generally the person offering the highest bidding amount is called the winner of the auction the proposed system has been divided into four main modules as follows.
a.) Buyer Module:
In this module bidding can be carried out automatically. By the feature provided by the system called as automatic bidding feature. This feature provides user with an Enter Automatic Bidding Amount. It is optional facility been provided. Automatic bidding amount is the one of the highest amount which user wants to pay for the item user is bidding for, all you need to do id just enter the highest bidding amount in the “Enter Automatic Bid Amount” text box and click on “Bid Now” button.
b.) Seller Module.
A bid can also take place normally, without using automatic bidding option. Automatic bidding bids for you when you are offline the system send you email notification every time it bids for you using automatic bid. The seller is the one who decides the starting bid amount or from what amount he/she want to starts the bid and also tell about the number of items available for bid. A auction is said to be multiple auction if more than one number of item is available for auction. The number of items available for auction can be verified from the “Quantity” box of the item for bidding. This type of auction is called Multiple Quantity Auction (MQA).
c.) Admin Module:
Admin module is the one which has hold over the Seller Module and the Buyer Module. It also contains the reports regarding the expiry of auction held every day.
d.) Reports Module:
This module helps the user to generate or get review of the various reports such as the buyer and seller report and the number of transaction held.
SOFTWARE AND HARDWARE REQUIREMENTS:
The operating system required is Windows. The technology used for developing this system is Core and Advanced java. At the back end we will be using oracle for database. IDE and server used will eclipse and Tomcat. Software’s required are J2SDK 1.5, Tomcat 5.5, oracle 9i. The Hardware requirements are Pentium 5 and RAM 256MB.
Download Net Auction Project Java.
This project Terminal Controller java project aims at developing windows based functionalities for a network connected terminal system. This system is server based as the system will be performing the application level function and tasks on the terminal from the remote machine. The system will perform all the admin based tasks and functionalities. As mentioned the proposed system will perform administrative based function on the windows terminal this function includes searching for a particular file, searching for the permissions of a particular file. The system helps the administrator to handle the administrative tasks from a remote system connected through the network. This will help the administrator to avoid time consumption by performing the tasks from his own machine and by not performing the tasks from the machine he wish to perform tasks on. This will also help in securing the machines in the network from unreliable attacks.
The number of modules to be designed in the project will be.
a.) Remote Handling:
This module involves handling the terminal from the remote machine in the network.
b.) Remote File Searching:
This module helps in searching a file in any machine in the network by using the terminal controller.
c.) Privileges:
This module involves or tells us about what privileges should be provided by the administrator.
d.) Remote system Configuration:
This module of the proposed system tells us about how the configuration of the
e.) Remote Process Management:
This module of the proposed system tells us about how the processes which take place on the terminals in the network can be handled and how to control them.
SOFTWARE AND HARDWARE REQUIREMENTS.
The language used to develop the proposed system is JAVA. The technologies used for proposed system are RMI and Swing basically. The operating system used will be Windows XP or Vista. The above stated are the software requirements. Lets have look at the hardware requirements. The processor required will be PENTIUM 4. Minimum 256 GB RAM will be required. Minimum 20 GB Hard disk will be required. The VDU required will be SVGA Color Monitor. Key Board required will be of 104 standards. LAN should be enabled.
Download Terminal controller Java Project Abstract.