DESIGN AND IMPLEMENTATION OF A WEB-BASED SYSTEM FOR DISTANCE-LEARNING

DESIGN AND IMPLEMENTATION OF A WEB-BASED SYSTEM FOR DISTANCE-LEARNING (CASE STUDY OF NOUN UNIVERSITY)

Abstract

Advances in computers and communication technology have changed traditional methods for learning and skills training. Today, distance learning is becoming an increasingly popular alternative to traditional programs. Based on the in-depth study and analysis of the network distance education, this paper mainly talk about how to use the theory, methods and techniques of network distance education in enterprise training and how to develop and apply it which is suitable for enterprise. Therefore, the web-based enterprise distance education system is designed and developed. The system creates an integrated and open training platform. The platform can not only offer large numbers of training resources, improve training surroundings and enhance training efficiency, but also make training management more digitized and scientific. It is suitable for all kinds of business training, competitions and related management.

BACKGROUND OF THE STUDY

 

Education is the way toward achieving a generally lasting change in human conduct. It is the primary instrument used to safeguard, keep up and overhaul people’s culture, standards and qualities. In any developing country, education is a veritable device for deciding innovative headway and passing on to the new ages, the current learning of the physical condition. Training likewise fills in as stage for presenting people to any association, giving aptitudes for performing day by day employments, recreation just as teaching sound ethics in the individuals for their own advantage and that of the general public. In synopsis, training is the stage on which more youthful age comprehend the past legacy just as take an interest and contribute seriously to the development and advancement of the general public. Conventionally, education has been practiced across the world in segregated buildings by carefully regimented and standardized classes of students and teachers. This has a consequential effect on both the teacher and the learner. For instance, education is verifiably limited distinctly to the individuals who could be in the classroom and pursue the instructor unbendingly with the pace by which he introduces his lectures, the ever increasing population explosion all over the continent and different educational system in every region of the world brought greater challenges to this method of education. For instance, there is an issue of lacking number of human and material assets to cater for the training of the enormous populace. The number of inhabitants in school age resident in many spots has developed immensely to the degree that solitary a little rate can be offered admission. The student – lecturer and student-classroom ratios have grown to the extent that teaching and learning in the classroom have been less effective. The field of education therefore provides the most fascinating application of computing system, which has consequently attracted considerable attention from educationists and policy makers since the late 1960s when computers were introduced into classrooms. Various information technologies have been applied in learning and teaching, such as Computer Aided Instruction, (CAI), Computer Aided Learning (CAL), Research Packages, Project Monitoring, and Computerized Libraries and so on. As a result of technological advancement in multimedia technology, computer networks and the Internet, computers are now being applied in distance learning premised on on-line and real time teaching and instruction.

A distance learning framework carries education nearer to the individuals and evacuates the pressure and imperatives, which characterize the conventional classroom learning system. The hallmarks of distance learning are the separation of teacher and learner in space and/or time, the control of learning by the student rather than the distant instructor, and non-adjacent communication between student and teacher, mediated by print or other forms of technology. At its most essential level, distance education is a procedure where number of teachings is conducted by remotely located lecturers. Two categories of distance learning systems exist; namely On-line and Off-line distance learning. On-line distance learning, also known as virtual classroom is a type of learning system in which students work on their own at home or at the office and communicate with personnel and different studies by means of email, electronic discussions, videoconferencing and different types of PC based correspondence.. Off-line distance learning on its own is a multi-campus system where a University or Polytechnic establishes many campuses and each of these campuses may be centrally controlled or decentralized.

STATEMENT OF THE PROBLEM

The role of education for the development of a country is indispensable and countries like Nigeria, countries with very large number of population, with backward technology and few numbers of instructors, are required to contribute more on this division in order to get taught residents with quality and quantity. One methods for doing this is through expanding the quantity of colleges with sufficient human and material assets. Even this may not meet the demand as there are always learners with different constraints which are beyond the capability of universities, moreover the establishment of a university is costly and time taking tasks. So providing education in distance with the existing institutes and academicians can be taken as a best alternative. However the provision of distance education in Nigeria, which mainly uses paper and classrooms as means of delivery, is so passive that there is no interactivity among the students themselves and with tutors. This lack of interactivity is considered as one of factors that affects the quality of distance education. The application of computer assisted distance education can bring the missed interactivity using different tools. In addition to the interactivity, such technique can provide progressive follow ups of the students and avoid the distance barriers in providing the materials. Therefore, this project aims to come up with a web based distance education so as to alleviate or minimize the stated limitations of distance education.

AIM AND OBJECTIVE OF THE STUDY

The main aim of the study is to Design and implementation of eLearning platform for distance learning, with the following objectives:

  1. Provide course material on time and with different media types (audio, text and video).
  2. Provide online exams.
  3. Provide upcoming events
  4. Generate grade report.
  5. Provide a chat room.

SCOPE OF THE STUDY

The scope of the research is focused on designing and implementing a web based system for Distance Learning using innovative technology as a significance tool to drive quality of education using National Open University of Nigeria (NOUN), Nigeria.

 

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CHAPTER ONE: INTRODUCTION

1.1 Background to the Study 1
1.2 Statement of the Problem 2
1.3 Objective of the Study 3
1.4 Significance of the Study 3
1.5 Methodology 3
1.6 Organization of the Study 6

CHAPTER TWO: REVIEW OF LITERATURE

2.1Chapter Overview 7
2.2 Benefits of a Real-Time Transport Information System 7
2.3 Challenges in Implementing Transport Information System 8
2.4 Studies about Transport Information Systems 8
2.4.1 Seattle Department of Transportation 8
2.4.2 Intelligent Transport Systems in the United Kingdom 9
2.4.3 Japan VICS (Vehicle Information Communications Systems)11
2.4.4 India ITS (Intelligent Transport System) 12
2.4.5 ITS Implementation in the Czech Republic14

CHAPTER THREE: METHODOLOGY

3.0 Introduction 15
3.1 Why Mixed-Methods Design 15
3.2 Research Method 16
3.3 System Analysis and Design Methodology (SSAADM) 17
3.4 Research Tools 17
3.5 Justification of Research Tools 18
3.6 System Architecture 19
3.7 System Flowchart 20

CHAPTER FOUR: SYSTEM IMPLEMENTATION AND
ANALYSIS OF RESULTS

4.0 Introduction 23
4.1 Real-Time Transport Information System-Implementation 23
4.2 Implementation Plan26
4.3 Mobile Application Interface Design27
4.4 Testing the New System28
4.5 Installing the New System 28
4.5.1 Hardware Requirement 28
4.5.2 Software Requirement 29
4.6 Software Description 29
4.6.1 Administrator Mobile Client 29
4.6.2 Driver Mobile Client 31
4.6.3 Commuter Mobile Client 32
4.7 System Testing 34
4.8 Testing Result 34

CHAPTER FIVE: SUMMARY, CONCLUSION
AND RECOMMENDATIONS

50 Introduction 41
5.1 Summary 41
5.2 Conclusion 41
5.3 Recommendations 42
5.4 Contribution to Knowledge 42
References 43
Appendix 46

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Contents