Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

E-Questionnaire for Innovative Adaptive-Learning Scheme

View through CrossRef
As broadband connectivity to the Internet becomes faster, Web-based learning systems have appeared and play an important role for self-learning, especially for working people. Most of the systems are not adapting to the learner, so the learner has to spend a lot of time before reaching the learning goal that is suitable for him or her (Solomos & Avouris, 1999). This procedure may discourage the learner from continuing his or her studies (Bixler & Spotts, 2000; Fitzelle & Trochim, 2000). To overcome these difficulties, we have to design an e-learning system that will be adapted to the learner’s ICT level and knowledge. In our proposal, we introduce an e-learning schema that has these characteristics. Specifically, we consider the IEEE reference model (WG) of the Learning Technology Standards Committee and use it to model the architecture of an e-learning system. Our approach is based on the usage of electronic questionnaires (e-questionnaires) that are designed by experts and aim to detect the learner’s ICT level and learning preferences prior to the learning experience as well as after its completion. Through the analysis of learner responses to questionnaires, learners may be assigned to their corresponding learner profiles so that they are served with learning material that best matches their needs. The structure of the article is the following. In the first section “Description of the E-Technology Application,” we briefly present the generic structure of the e-learning system, as specified in the IEEE reference model (WG) of the Learning Technology Standards Committee, and then we present our approach to this model. Continuing, we outline the profile adaptation method that is used in our schema. Finally, in the section “Impact of the E-Technology Application,” we refer to the SPERO project, in the framework in which the proposed system is being applied, and finally we list our concluding remarks.
Title: E-Questionnaire for Innovative Adaptive-Learning Scheme
Description:
As broadband connectivity to the Internet becomes faster, Web-based learning systems have appeared and play an important role for self-learning, especially for working people.
Most of the systems are not adapting to the learner, so the learner has to spend a lot of time before reaching the learning goal that is suitable for him or her (Solomos & Avouris, 1999).
This procedure may discourage the learner from continuing his or her studies (Bixler & Spotts, 2000; Fitzelle & Trochim, 2000).
To overcome these difficulties, we have to design an e-learning system that will be adapted to the learner’s ICT level and knowledge.
In our proposal, we introduce an e-learning schema that has these characteristics.
Specifically, we consider the IEEE reference model (WG) of the Learning Technology Standards Committee and use it to model the architecture of an e-learning system.
Our approach is based on the usage of electronic questionnaires (e-questionnaires) that are designed by experts and aim to detect the learner’s ICT level and learning preferences prior to the learning experience as well as after its completion.
Through the analysis of learner responses to questionnaires, learners may be assigned to their corresponding learner profiles so that they are served with learning material that best matches their needs.
The structure of the article is the following.
In the first section “Description of the E-Technology Application,” we briefly present the generic structure of the e-learning system, as specified in the IEEE reference model (WG) of the Learning Technology Standards Committee, and then we present our approach to this model.
Continuing, we outline the profile adaptation method that is used in our schema.
Finally, in the section “Impact of the E-Technology Application,” we refer to the SPERO project, in the framework in which the proposed system is being applied, and finally we list our concluding remarks.

Related Results

Initial Experience with Pediatrics Online Learning for Nonclinical Medical Students During the COVID-19 Pandemic 
Initial Experience with Pediatrics Online Learning for Nonclinical Medical Students During the COVID-19 Pandemic 
Abstract Background: To minimize the risk of infection during the COVID-19 pandemic, the learning mode of universities in China has been adjusted, and the online learning o...
THE INNOVATIVE POTENTIAL OF HUMAN RESOURCES:THE THEORETICAL ASPECT
THE INNOVATIVE POTENTIAL OF HUMAN RESOURCES:THE THEORETICAL ASPECT
Topicality. Today the ability to create and apply innovative technologies largely determines the competitiveness of both individual economic entities and the economy as a whole, en...
Improvement of Innovative Projects Management and Revival of Innovation Activities of Ukrainian Enterp
Improvement of Innovative Projects Management and Revival of Innovation Activities of Ukrainian Enterp
Introduction. The wider application of the benefits of project management in the organization of innovation is seen as an effective tool for revitalizing the innovation activities ...
IDENTIFYING BARRIERS IN E – LEARNING, A MEDICAL STUDENT’S PERSPECTIVE
IDENTIFYING BARRIERS IN E – LEARNING, A MEDICAL STUDENT’S PERSPECTIVE
Objective: To recognize the barriers in different modes of e learning, from the medical student’s perspective during the period of Covid 19 pandemic.   Study Desi...
Adaptive Active Disturbance Rejection Control for Vehicle Steer-by-Wire under Communication Time Delays
Adaptive Active Disturbance Rejection Control for Vehicle Steer-by-Wire under Communication Time Delays
In this paper, an adaptive active disturbance rejection control is newly designed for precise angular steering position tracking of the uncertain and nonlinear SBW system with time...
Systematics of Literature Reviews: Learning Model of Discovery Learning in Science Learning
Systematics of Literature Reviews: Learning Model of Discovery Learning in Science Learning
The development of the 21st century has affected the world of education. Current education students must be led to learn more creatively and actively. This study aims Furthermore, ...
THE INNOVATIVE POTENTIAL OF HUMAN RESOURCES AS A FACTOR IN THE DEVELOPMENT OF THE INNOVATIVE TECHNOLOGIES MARKET IN UKRAINE
THE INNOVATIVE POTENTIAL OF HUMAN RESOURCES AS A FACTOR IN THE DEVELOPMENT OF THE INNOVATIVE TECHNOLOGIES MARKET IN UKRAINE
Topicality. The successful operation of an economic entity, in the development of the innovative technologies market, is largely determined by the innovative potential of its human...
Learning 2.0: The future of learning in the Petroleum Industry.
Learning 2.0: The future of learning in the Petroleum Industry.
Abstract Learning 2.0 is a new phase of learning based on emerging trends in eLearning and the second generation of web-based services, known as Web 2.0. The name...

Back to Top