Main Page
About FCIT
History
Strategy
Administration>
Current Administration
Prevouis Administration
Organization Strucutre
Industrial Advisory Board
PhotoAlbum
Lab Guides
Departments
Computer Science
Information Technology
Information Systems
Academics
Bachelor Programs
Graduate Programs
Executive Programs
Academic Calendar
Admission
Bachelor Degree & Transferring
Admission from the Foundation Year
Transferring to the Faculty
Graduate Studies
Graduate Programs
Executive Programs
Scientific Research
Groups and Units
Research Groups
Research Interests
Distinguished Scientists Program
Faculty Journal
Faculty and Staff
Faculty
CS Department
IT Department
IS Department
Staff
Accreditation Integration & Management System (AIM
Development and Quality Unit
Work at FCIT
Capabilities Under the Spotlight
Code of Ethics
Students
Bachelor
ِAcademic Services
Preparatory Year Courses
Students' Guide
Academic Advising
Laboratories and Facilities
Student rights and duties
Graduate
Polices and Regulations
Students' Guide
Student's Handbook
New Student Orientation
Templates of proposals and theses for masters and
Courses
CS Program
IT Program
IS Program
Alumni Registration
Students Activities
Entrepreneurship Club
Cybersecurity Club
Data Science Club
Programming Club
Community
Industrial partnerships
Cisco Academy
Microsoft Academy
Oracle Academy
Files
Researches
Contact Us
عربي
English
About
Admission
Academic
Research and Innovations
University Life
E-Services
Search
Faculty of Computing and Information Technology
Document Details
Document Type
:
Article In Conference
Document Title
:
A New Adaptive e-Learning Multimedia Styles 'Web Based Model' for Teaching Computer Science Subjects
نموذج تعليمي جديد متعدد الوسائط باستخدام أساليب التعليم الالكتروني الموائم لتدريس مواد علوم الحاسب
Subject
:
Adaptive e-learning Styles
Document Language
:
Arabic
Abstract
:
The true power of e-learning nowadays comes from the exploitation of the wide range of capabilities that multimedia and advanced web technologies afford. One of the most obvious is to provide an instructional content learning model that adapt to learners' needs and desires. The goal of adaptive e-learning, as this paper demonstrates, is aligned with exemplary instruction: delivering the right content, to the right person, at the proper time, in the most appropriate way—any time, any place, any path, any pace. The paper presents an adaptive e-learning model that achieves this lofty goal in an e-learning context for teaching computer networks (CS 416) and computer graphics (CS 454) courses at the Computer Science Department of King Abdul Aziz University. In addition, being adaptive is important for web based courseware because it has to be used by a much wider variety of students than any "standalone" educational application. A web courseware that is designed with a particular class of users in mind may not suit other users. Adaptive and intelligent technologies as used in the model enhance web based education. We can achieve adaptive presentation for improving the usability of course material, and adaptive navigation for supporting and adapting sequencing for overall course control and for helping the student in selecting most relevant tests and assignments. Problem solving support and intelligent solution analysis is also taken care of in the model. This significantly improves the work with assignments providing both interactivity and intelligent feedback while taking a serious grading load from the teachers’ shoulders. Model matching technologies can enforce both administration of distance courses and communication / collaboration between students and teacher as implemented in the model through chatting.
Conference Name
:
Workshop: Ways to Trigger Opinions about High Education
Publishing Year
:
1426 AH
2005 AD
Article Type
:
Article
Conference Place
:
Jeddah
Added Date
:
Wednesday, June 1, 2011
Researchers
Researcher Name (Arabic)
Researcher Name (English)
Researcher Type
Dr Grade
Email
عبد الحميد رجب
Ragab, Abdul Hamid
Researcher
Doctorate
Files
File Name
Type
Description
29832.docx
docx
Back To Researches Page