DocumentCode
1579672
Title
Intelligent system for selecting Optimum Instructional style(s) based on fuzzy logic to develop a courseware (ISSIDC)
Author
Elhag, Mohamed Fadlalla ; Ahmed, Awad Hag Ali
Author_Institution
IT Dept., Colleges of Appl. Sci., Sohar, Oman
fYear
2013
Firstpage
518
Lastpage
524
Abstract
Instructor´s teaching experience or instructional style (INST) is an essential factor in the knowledge transfer for T-learning [1], so in this paper I tried to cope (INST) in E-learning system as well. Specifically, this paper proposed Methodological approach based on Fuzzy logic to Select the Optimum Instructional style(s) for Designing a Specific E-learning system (MFSOI-DSE). The proposed (MFSOI-DSE) extends the fuzzy logic concepts and techniques in E-learning field, explicitly, in selecting an optimum (INST) for developing a specific courseware. In this paper I proposed a new procedure for representing the (INST) in quantitative values instead of qualitative description, using Frame of cognition/knowledge. In this paper, a conducted case study using the proposed procedure has met the selection of INST for developing a specific courseware with an expertise decision. Moreover, the paper specified the best software tools for building an automated system based on the above mentioned procedure in order to facilitate the (MFSOI-DSE). The topic of this paper lies on a multidisciplinary area of research, so it needs a solid background in computer science, Fuzzy logic and Instructional design field. Finally, I hope this paper will improve the quality of the E-learning systems based on IQP (Instructional Quality Profile) [1].
Keywords
cognition; courseware; fuzzy logic; knowledge management; INST selection; IQP; ISSIDC; MFSOI-DSE; T-learning; automated system; cognition; computer science; e-learning field; expertise decision; fuzzy logic concepts; instructional design field; instructional quality profile; instructor teaching experience; intelligent system; knowledge transfer; methodological approach; optimum instructional style selection; specific courseware development; specific e-learning system design; Algorithm design and analysis; Courseware; Electronic learning; Fuzzy logic; Kernel; Pragmatics; Weight measurement; Courseware; E-learning; Fuzzy logic; IQP; Instructional style (INST); learning algorithm (L.A.);
fLanguage
English
Publisher
ieee
Conference_Titel
Computing, Electrical and Electronics Engineering (ICCEEE), 2013 International Conference on
Conference_Location
Khartoum
Print_ISBN
978-1-4673-6231-3
Type
conf
DOI
10.1109/ICCEEE.2013.6633993
Filename
6633993
Link To Document