Knowledge-Based Approach and System for Processof School/University Orientation
The school / university orientation interests a broad and
often badly informed public. Technically, it is an important
multicriterion decision problem, which supposes the combination of
much academic professional and/or lawful knowledge, which in turn
justifies software resorting to the techniques of Artificial Intelligence.
CORUS is an expert system of the "Conseil et ORientation
Universitaire et Scolaire", based on a knowledge representation
language (KRL) with rules and objects, called/ known as Ibn Rochd.
CORUS was developed thanks to DéGSE, a workshop of cognitive
engineering which supports this LRC. CORUS works out many
acceptable solutions for the case considered, and retains the most
satisfactory among them. Several versions of CORUS have extended
its services gradually.
[1] Cooke & Mc Donald J.E (1986) : A formal Methodology for Acquiring
and Representing Expert Knowledge. Proceedings of The IEEE, Oct.
1986.
[2] Forner Y. and Vrignaud P. Décision d-orientation assistée par
l-ordinateur : l-apport de l-informatique à l-analyse des processus,
L-orientation scolaire et professionnelle 1996, 25, n┬░1, 31-55)
[3] Khababa A, Vers une méthodologie cognitive : annual research report,
2003, Computer science department Ferhat Abbas university, SETIF
(DZ).
[4] Mosqueira-Rey E., Moret-Bonillo V., Validation of intelligent systems :
a critical study and a tool, LIDIA , Expert System with Applications,
Computer science Department , Campus of Elviٌ a (E), 2000.
[5] Olson J.R & Reuter H.H, Extracting Expertise from experts : methods
for Knowledge Acquisition, Experts Systems4 (3), Aout 1987,152-168.
[6] Speel.P-H, Schreiber.ATh, Van Joolingen.W,, Van Heijst.G, Beijer.G.J
; Conseptual Modeling For Knowledge-Based Systems, Encyclopedia of
Computer Science and Technology, Marce Dekker Inc., New York,
October 16,2002 .
[7] Sch├ñrlig A., Décider sur plusieurs critères ; Panorama de l-aide ├á la
décision multicritère, Presses Polytechniques et Universitaires
Romandes, Lausanne, 1999.
[8] Touahria M., Un atelier de génie cognitif 1/2, Research report, 2002,
Software Engineering Laboratory, Computer Science Department,
Ferhat Abbas University, SETIF (DZ).
[9] P├óquette.G, Tchounikine.P, une approche méthodologique pour la
construction de systèmes conseillers, TSE, 2001.
[10] Stawik.S, Gupta. A, Kumar.A, An integrated and collaborative
framework for business design : A knowledge engineering approach, 14
July 2004, ELSEVIER, Data and Knowledge engineering 52(2005) 157-
179
[11] Sybord. C, John.C , Expert Systems Development : the Q4 methodology,
paper of search n┬░1, URA - 1996.
[12] Kingston. J, Conducting feasibility studies for knowledge based systems,
2 April 2004, Sciences Direct, ELSEVIER, Knowledge based
SYSTEMS, 17 (2004) 157-164.
[13] Mara.A, Luis A. Lima Silva,John A. Campbell, Luiz F. De Ros,
Knowledge acquisition and interpretation problem-Solving methods for
visual expertise : A study of petroleum-reservoir evaluation,
ELSIEVER, journal of petroleum Science & Engineering (2005.
[14] Berrais. A, A knowledge-based expert system for earthquake resistant
design of reinforced concrete buildings, ELSIEVER, Expert Systems
with applications 28 (2005) 519-530.
[15] Schreiber.G, Wielinga.B, Breuker.J, Introduction and Overview, A
principled Approach to Knowledge-Based system development, volume
11, 1993.
[16] Workman.M (2005), Expert decision support system use, disuse and
misuse: a study using the theory of planned behavior, ELSEVIER,
Computers In Human Behavior, 21(2005) 211-231.
[17] Fu.z, Xu.. F Zhou.Y, Zhang.X, (2005) , Pig-vet : a web-based expert
system for pig disease diagnosis, ELSEVIER, Expert Systems with
Applications, XX(2005) 1-11.
[18] Zha.X.F, Du.H,J, Qiu.J.h, Knowledge-based approach and system for
assembly-oriented design, Part Π : the system implementation ,
engineering Applications of Artificial Intelligence 14(2001) 239-254.
[1] Cooke & Mc Donald J.E (1986) : A formal Methodology for Acquiring
and Representing Expert Knowledge. Proceedings of The IEEE, Oct.
1986.
[2] Forner Y. and Vrignaud P. Décision d-orientation assistée par
l-ordinateur : l-apport de l-informatique à l-analyse des processus,
L-orientation scolaire et professionnelle 1996, 25, n┬░1, 31-55)
[3] Khababa A, Vers une méthodologie cognitive : annual research report,
2003, Computer science department Ferhat Abbas university, SETIF
(DZ).
[4] Mosqueira-Rey E., Moret-Bonillo V., Validation of intelligent systems :
a critical study and a tool, LIDIA , Expert System with Applications,
Computer science Department , Campus of Elviٌ a (E), 2000.
[5] Olson J.R & Reuter H.H, Extracting Expertise from experts : methods
for Knowledge Acquisition, Experts Systems4 (3), Aout 1987,152-168.
[6] Speel.P-H, Schreiber.ATh, Van Joolingen.W,, Van Heijst.G, Beijer.G.J
; Conseptual Modeling For Knowledge-Based Systems, Encyclopedia of
Computer Science and Technology, Marce Dekker Inc., New York,
October 16,2002 .
[7] Sch├ñrlig A., Décider sur plusieurs critères ; Panorama de l-aide ├á la
décision multicritère, Presses Polytechniques et Universitaires
Romandes, Lausanne, 1999.
[8] Touahria M., Un atelier de génie cognitif 1/2, Research report, 2002,
Software Engineering Laboratory, Computer Science Department,
Ferhat Abbas University, SETIF (DZ).
[9] P├óquette.G, Tchounikine.P, une approche méthodologique pour la
construction de systèmes conseillers, TSE, 2001.
[10] Stawik.S, Gupta. A, Kumar.A, An integrated and collaborative
framework for business design : A knowledge engineering approach, 14
July 2004, ELSEVIER, Data and Knowledge engineering 52(2005) 157-
179
[11] Sybord. C, John.C , Expert Systems Development : the Q4 methodology,
paper of search n┬░1, URA - 1996.
[12] Kingston. J, Conducting feasibility studies for knowledge based systems,
2 April 2004, Sciences Direct, ELSEVIER, Knowledge based
SYSTEMS, 17 (2004) 157-164.
[13] Mara.A, Luis A. Lima Silva,John A. Campbell, Luiz F. De Ros,
Knowledge acquisition and interpretation problem-Solving methods for
visual expertise : A study of petroleum-reservoir evaluation,
ELSIEVER, journal of petroleum Science & Engineering (2005.
[14] Berrais. A, A knowledge-based expert system for earthquake resistant
design of reinforced concrete buildings, ELSIEVER, Expert Systems
with applications 28 (2005) 519-530.
[15] Schreiber.G, Wielinga.B, Breuker.J, Introduction and Overview, A
principled Approach to Knowledge-Based system development, volume
11, 1993.
[16] Workman.M (2005), Expert decision support system use, disuse and
misuse: a study using the theory of planned behavior, ELSEVIER,
Computers In Human Behavior, 21(2005) 211-231.
[17] Fu.z, Xu.. F Zhou.Y, Zhang.X, (2005) , Pig-vet : a web-based expert
system for pig disease diagnosis, ELSEVIER, Expert Systems with
Applications, XX(2005) 1-11.
[18] Zha.X.F, Du.H,J, Qiu.J.h, Knowledge-based approach and system for
assembly-oriented design, Part Π : the system implementation ,
engineering Applications of Artificial Intelligence 14(2001) 239-254.
@article{"International Journal of Information, Control and Computer Sciences:49466", author = "Khababa Abdallah and Touahria Mohamed and Frécon Louis", title = "Knowledge-Based Approach and System for Processof School/University Orientation", abstract = "The school / university orientation interests a broad and
often badly informed public. Technically, it is an important
multicriterion decision problem, which supposes the combination of
much academic professional and/or lawful knowledge, which in turn
justifies software resorting to the techniques of Artificial Intelligence.
CORUS is an expert system of the "Conseil et ORientation
Universitaire et Scolaire", based on a knowledge representation
language (KRL) with rules and objects, called/ known as Ibn Rochd.
CORUS was developed thanks to DéGSE, a workshop of cognitive
engineering which supports this LRC. CORUS works out many
acceptable solutions for the case considered, and retains the most
satisfactory among them. Several versions of CORUS have extended
its services gradually.", keywords = "Kknowledge Engineering, Multicriterion Decision,Knowledge-Based Systems.", volume = "1", number = "10", pages = "2905-7", }