Category: J2EE Projects

Offline Browser Project in Java: A Fuzzy-Based Approach in Clustering Data Sources And Ontology Metadata can be useful to lot many people. Some of   them include

Browser Project Functional Requirements: 

1. It process the requests of the user by taking an URL address as input from the user and searches the availability of that URL and if it is present then downloads it and its hyperlinks and so on. And in this process the system maintains some useful information for processing requests. 

2. As mentioned in the above step. The system (i.e. client system) present at the background fetches the web page requested by the user. 

3. The user given information includes a Http:URL , a restrict domain, level (system defined, user selectable), a file format to be downloaded. This information is parsed by the parsers. 

4. An user given URL may contain more than one number of hyperlinks for other URLs. After downloading the first page the URLs contained in that page are arranged in a queue for them to be downloaded. 

5. Then the system fetches the URL present in the queue one by one in order to download the total user requested website. 

6.  As long as an URL is present in the internet then those links to that URL are called as absolute links after downloading they are website to a secondary memory they are not at all absolute and now becomes as relative links. Therefore, the system takes the responsibility of converting these absolute links to relative links. 

7. The queue process explained in step5 also lets us to save the files in the secondary memory in the same hierarchy as the web site appears in net. 

8. the server is responsible for carrying out the request of the user. 

9. In our system, the server acts as an interface and client part for processing the requests. 

10. We use java for developing this project because of that we can run this under any operating system. 

11. The developed system will allow the user to browse offline with a feel and impression that he is connected online. 

12. The system to be delivered must have a feature for maintaining effective page management scheme for the saved web pages.

Download Browser Project in Java Source code, project report, ppt, project manual, abstract, documentation.

In RSS Feed Reader Project in Java , we investigate one of the important challenges in building an effective RSS aggregate: How can we minimize the delay between the publication of new content at a source and its appearance at the aggregator? Note that the aggregation can be done either at a desktop (for example, RSS feed readers) or at a central server (for example, a personalized Yahoo!/Google homepage).

Although some of our developed techniques can be applied to the desktop based aggregation, in this project, we primarily focus on the server-based aggregation scenario. This problem is similar to the index refresh problem for Web search engines but two important properties of the information in the RSS domain make this problem unique and interesting. 

The main functions associated with the product are described in this section of SRS.  The characteristics of a user of this product are indicated. The assumptions in this section result from interaction with the project stakeholders.

Product Perspective

In this project, we investigate one of the important challenges in building an effective RSS aggregator: How can we minimize the delay between the publication of new content at a source and its appearance at the aggregator? Note that the aggregation can be done either at a desktop (for example, RSS feed readers) or at a central server (for example, a personalized Yahoo!/Google homepage). Although some of our developed techniques can be applied to the desktop based aggregation, in this project, we primarily focus on the server-based aggregation scenario.

Conclusion:

In this project, we have investigated the problems related to an RSS aggregator that retrieves information from multiple RSS sources automatically. In particular, we have developed a new RSS monitoring algorithm that exploits the non uniformity of the generation of new postings and is able to collect new data efficiently using minimal resources.

Work to worker Project–services to un organized sector  is  changing the  present trend of   engaging  work to un organized sector like  mason, carpenters, gardener, painter etc. Using this system general public or organized sector user can select the workers as per their need. In general to attend our household  activities workers are employed through agencies,mediators or by themselves etc.People who employs workers are unaware of their skill, charges,  dedication, behaviour etc. To make the  direct and complete intervention of customer while employing a woker the present system is used.

Sticking to business needs of customers this system attended services of carpentry, home repairs, gardening.  Both customers and workers can view details at any point of time. With this system you simply get into your account with your password and can select the workers with a few clicks of the mouse.

Purpose of the Project 

Work to worker is the option by which the public and organized sector can perform actions like
1. Select a worker.
2. Employ a worker.
3. Rate a worker.
for the convenience of their home repairs.

This system gives employment to un organized sectors like mason, plumber, and carpenter etc.

They can perform actions like

1. Select a customer.

2. Interact with customer.

All the customer and workers requires is a PC with an internet connection and login id and password to use this facility.

Existing System

The existing system is in the form providing services to customers. Customers include Individual houses, Corporate Maintenance, Construction Support. Sticking to business needs of customers such systems attended services of carpentry, homerepairs, gardening etc. The system accepts the request for a worker by customer and acts as service providers between customers and workers.Workers are enguaged to attend the needs of customers.

 Problems in Existing System

1. Customer is not avail of worker skill and experience who is working for him.

2. Availability of a particular worker is not known.

3. Workers are not included (registered) as part of this system.

4. Feedback of workers is not maintained in this system.

5. Communication between stakeholders is not maintained before start up of the work.         

6. Workers are not directly included as part of this system.

Download Work to Worker Project source code in Java with ppt , documentation, project manual.

This project is aimed at developing an Photo Shop Management System Project ( in Java) for a  photo studio. This system can be used to store the details of the customers,employees,work details and update the details based on the customer details, material details. 

                            DEO enters the details about the customer,materials,deletion of the customer details and admin mainly checks the details of customer,materials and enters the details about the employees and updates the details of employees in frequent intervals. Admin also deals with deletion of the DEO and employee details and he also plays a role in releasing the lock of the DEO account when it is locked.

Photo Shop Management System Functional Requirements:

                    i. The tool mainly helps in giving perfect photo wanted by the customer.

• DEO Login into his account.
• Enters the details of the customer.
• When the work status is completed then he uploads the customer photo and stores in the database.
•  The image is retrieved automatically from the database while seeing the  customer details entered.

                  ii. Maintainance of employee salaries,materials updation and customer bills.

• DEO Login into his account.
• Enters the customer details and material details every day.
• Updates the material details and customer details.
• Admin Login into his account.
• Maintains the employee details.

                iii. Utilities should be maintained such that every task is given separate icon in the tool.

                iv. Every customer is given unique number.

• DEO Login into his account.
• Number for every customer is automatically generated.

                  v. Administrator checks whether every customer paid bills or not.

• Admin Login into his account.
• Checks the customer details.

                vi. Data Entry operator should maintain all the details about the      

 customer and administrator maintains the details about the employee.

Download Photo Shop Management System Project in Java Full Project

This project is aimed at developing the College Management System (CMIS) for a Engineering College. This system can be used to store the details of the student, update the details of the student based on the roll number, Generate reports for ID card, Loan estimation and study certificate, TCs etc.

Users of College Management System:

1)         Administrator:

Administrator only has the chance of creating or deleting users like DEO, Issue clerk, Cashier etc., Administrator has the chance of maintaining every part of the system.

2)         DEO(Data Entry Operator):

Data Entry Operator enters the details of students details, hostel allotment details, route/bus allotment details, admission allotment details etc..

3)         Cashier:

Cashiers can collect the fee or even refund the fee. She/he can maintain the previous dues and different fee related details. 

4)         Issue Clerk:

Issue clerk can generate reports, issue TC and can enquire details about transportation, accommodation and building details. 

To understand design details about this project watch this video

http://www.youtube.com/watch?v=3JcyygQ0K4A&feature=youtu.be

Functional Requirements: 

5)      The administrator must be able to make changes to the structure for  effective usage of the system.

6)      The system must provide permissions facility to allow students to pay fees at extended intervals

7)      Administrator must be able to create a new account for enrolling students and at the same time he should be able to delete it.

8)      Administrator must be able to add a new building in order to allocate it to a group of student who are enrolled in a particular course.

9)      The administrator must be able to manage the accommodation facility.

10)  The administrator must have the privilege of viewing accommodation details.

11)  The system must provide detailed building details and allotted lists for a course upon user request.

12)  System should provide report about the hostel vacated list between a specific time intervals.

13)  The system should generate automated loan estimation reports for the students which include separate statements for regular fee, and hostel fee.

14)  The system must be able to generate birthday greetings to the students.

15)  The administrator must be able to make changes to the structure for effective usage of the system.

16)  The system must provide permissions facility to allow students to pay fees at extended intervals.

17)  Administrator must be able to create a new account for payment activity and at the same time he should be able to delete it.

18)  Administrator must be able to create a new fee type in order to allow certain group of student to pay a particular fee.

19)  The administrator must be able to manage the transport facility.

20)  The cashier must be able to collect fees from the students using the system.

21)  The administrator must have the privilege of resetting counter passwords.

22)  The system must provide detailed fee payment details and discount lists for individual students upon user request.

23)  System should provide report about the transport details.

24)  The system should generate automated or manual Transfer Certificates for the students and should maintain unique serial number for every TC issued.

25)  The DEO must be given the privilege of issuing study certificate and bona fide certificate to the student on request.

26)  The system must be able to generate identity cards and bus pass to the students.

Technologies Used:

1. UML.
2. J2EE. – JSP, Servlets, JavaScript
3. AJAX 

Tools Used:                            

1. Eclipse 3.3
2. Apache tomcat 5.0.
3. Download MySql latest version.
4. Rational Rose.

Download College Management System Project Source Code in Java