The future of computer languages: implications for education

Author:

Baron Naomi S.1

Affiliation:

1. Southwestern Univ., Georgetown, TX

Abstract

Which computer languages should we be teaching our students — and why? This paper examines the multitude of languages now available from three perspectives: classificatory, predictive, and pedagogical. It offers a “linguistic” analysis of computer languages in terms of their structure, their function, and their genealogy. Using these classifications, the paper then analyzes current and future trends for each language type. The classifications and predictions suggest a fundamental distinction between two sorts of languages: those appropriate for public computing (i.e. programming done by most professional computer scientists) and those appropriate for private computing (computing by individuals for their own purposes). The paper suggests that while would-be computer scientists need to learn public computing languages, private computing languages may be especially appropriate for non-professional computer users.

Publisher

Association for Computing Machinery (ACM)

Reference4 articles.

1. Baron Naomi S. (1986). Computer Languages: An Exollorer'~Guide. New York: Doubleday. Baron Naomi S. (1986). Computer Languages: An Exollorer'~Guide. New York: Doubleday.

2. Ichbiah Jean (1984) "Aria: Past Present Future -- Art Interview with Jean Ichbiah" Communlcations of the ACM 27 (no.10):990-997. 10.1145/358274.358278 Ichbiah Jean (1984) "Aria: Past Present Future -- Art Interview with Jean Ichbiah" Communlcations of the ACM 27 (no.10):990-997. 10.1145/358274.358278

3. Knuth Donald (1974) "Structured Programming with Statements" ACM Computin~ Surve ~~ 6(4):261-301. 10.1145/356635.356640 Knuth Donald (1974) "Structured Programming with Statements" ACM Computin~ Surve ~~ 6(4):261-301. 10.1145/356635.356640

4. Wirth Niklaus (1985) "From Programming Language Design to Computer Construction" Communicntion~off 28 (no.2):160-164. 10.1145/2786.2789 Wirth Niklaus (1985) "From Programming Language Design to Computer Construction" Communicntion~off 28 (no.2):160-164. 10.1145/2786.2789

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