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Conceiver: Not Just Another Program Understanding System

Abdullah Mohd Zin, and Hani Ahmad al-Omari, (2002) Conceiver: Not Just Another Program Understanding System. Jurnal Antarabangsa Teknologi Maklumat, 3 . pp. 73-87.

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Affiliations

Universiti Kebangsaan Malaysia. Faculty of Technology and Information Science
Universiti Kebangsaan Malaysia. Faculty of Technology and Information Science

Abstract

ABSTRACT: A number of program understanding systems have been developed over the past decades. Although the development of these systems have solved many issues in program understanding, they are not widely used. In most cases, these systems are only being used by their developers. At UKM, we have embarked into developing a program understanding system that is "usable", called CONCEIVER. The design and implementation of CONCEIVER is described in this paper.

ABSTRAK: Beberapa sistem pemahaman aturcara telah dibangunkan dalam beberapa dekad yang lepas. Walaupun pembangunan sistem ini telah menyelesaikan banyak isu yang berkaitan dengan pemahaman aturcara, kebanyakan sistem ini tidak digunakan dengan meluas. Dalam kebanyakan kes, sistem ini hanya digunakan oleh pembangun sistem tersebut sahaja. Di UKM, kami telah memulakan usaha untuk membangunkan satu sistem pemahaman aturcara yang "boleh diguna", yang dikenali sebagai CONCEIVER. Kertas ini membincangkan rekabentuk dan implementasi CONCEIVER.

Item Type:Journal
Keywords:Program understanding systems
Subjects:Q Science, Computer Science
ID Code:8140

Aho, A. V., Sethi, R. & Ullman, J. D. 1986. Compilers principles, techniques, and tools. USA: Addison- Wesley.

Curtis, B., Fonnan, I., Brooks, R., Soloway, E. & Ehrlich, K. 1984. Psychological perspectives for software science. Information processing and management,20:81-96.

Halested, M. E. 1977. Elements of software science. New Yark: Elsevier.

Harandi, M. T. & Ning, J. Q. 1990. Knowledge based program analysis. Software 7(1):74-81.

Johnson, W. L. & Soloway, E. 1985. PROUST: knowledge based program understanding. IEEE transactions on software engineering 11(3).

Kozaczynski, W., Liongosari, E. S. & Ning, J. Q. 1991. BAL/SRW: Assembler re- engineering workbench. Information and software technology, 33(9):675-684.

Kozaczynski, W., Ning, J. & Engberts, A. 1992. Program concept recognition and transfonnation. IEEE transactions on software engineering. 18(12).

McCall, J. P. Richards and G. Walters. 1977. Factors in Software Quality (3 Volumes). NTIS AD-A049-015,015,055.

Rich, C. 1981. A formal representation for plans in the Programmer's Apprentice. Proc. Of The tth International Joint Conference On Artificial Intelligence:1044- 1052.

Ruth, G. R. 1974, Analysis of algorithm implementations.

Technical Report #130, MIT, Project Mac, MA.

Wills, L. M. 1987. Automated program recognition. Technical Report #904, MIT, Artificial Intelligence lab.

Abdullah Mohd Zin, Hani Mohd Ahmad al-Omari and Syed Ahmad al-Junid. 2003. An Experiment of Using a Program Understanding System In Learning Environment. Technical Report, Computer Science Dept, Universiti Kebangsaan Malaysia.

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