ABSTRACT
Distributed computing promises a
standard, ‘complete’ set of grid computing capabilities. Distributed computing
must provide basic functions such as resource discovery and information
collection & publishing, data management on and between resources, process
management on and between resources, common security mechanism underlying the
above, process and session recording/accounting. Main advantage of Grid
computing is, a network of distributed resources including computers,
peripherals, switches, instruments, and data. Each user should have a single
login account to access all resources.
We start by analyzing the nature of
Grid computing and its requirements for knowledge support; then, we discuss
knowledge characteristics and the challenges for knowledge management on the
Grid. Here we provide semantic based grid based applications for e-learning.
PROJECT
DESCRIPTION
The project titled
“DISTRIBUTED COMPUTING FOR E-LEARNING” is designed using Active Server Pages
.NET with Microsoft Visual Studio.Net 2003 as front end and Microsoft SQL
Server 2000 as back end which works in
.Net framework version 1.1. The coding language used is C#.Net.
This
Project
“Distributed Computing for e-learning” is aimed to develop online learning system. This
project has 3 main modules. That is
Admin
Student
Staff
ADMIN:
The
administrator logins to the application and enters the following details.
- View
staff details
- View
student details
- Change
password
- Resource
sharing,create folder
- Logout
·
Administrator
can view all staff detail .In this form contains new staff registration.
·
Administrator
can view all student detail and new student registration.
·
Administrator
can also can the staff and student password
·
In
this form contain the administrator can share and create a new folder
·
Administrator
cans logout the page.
STUDENT:
The student
logins to the application and enters the following details.
1. Search material
2. view course
3. view test result
4. E-test
5. Download material
·
The
student can search a material and download a material
·
The
student can view course details
·
The
student can view the test result
·
The
student attend the E-test
·
The
student also download a material
STAFF:
The staff
logins to the application and enters the following details.
1. View student details
2. upload material
3. view course
4. view material
5. logout
·
The
staff can view all student details.
·
The
staff can upload a document for student purpose.
·
The
staff can the view the course details
·
The
staff can view the uploaded material.
Existing System
Knowledge management has six
problems in knowledge life cycle. That is acquiring, modeling, retrieving,
reusing, publishing, and maintaining knowledge. Grid are how to acquire,
formally model, explicitly represent,
store, maintain, and update them, and to
use them to support seamless resource sharing and interoperability, so as to
achieve a high degree of automation.
Proposed System
We analyze the nature of Grid
computing and identify its requirements for knowledge management. We further
argue that an innovative and systematic approach to knowledge Management on the
Grid is required in order to help achieve the goal of the Grid. Our
contributions are three folds: First, we propose the Semantic Web-based
approach to managing heterogeneous, distributed Grid resources for Grid
applications. Second, we design architecture to realize the proposed approach
and conceive a methodology which addresses the complete life cycle of knowledge
management. Third, we apply the approach, concepts, and methodology to a
real-world Grid application.
System
Requirement Specification:
Hardware Requirements:
• I2
Processor and Above
• RAM
1GB and Above
• HDD
20 GB Hard Disk Space and Above
Software Requirements:
• WINDOWS
OS (XP service pack 2 /windows 2007 Server)
• Visual
Studio .Net 2008(according requirement)
• Visual
Studio .Net Framework (Minimal for Deployment)
• SQL
Server 2008(according requirement) Enterprise Edition
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