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ERIC Number: ED362414
Record Type: RIE
Publication Date: 1992
Pages: 182
Abstractor: N/A
Reference Count: 0
ISBN: ISBN-0-86431-132X
ISSN: N/A
Logo and Mathematics Education LME5. Proceedings of the Annual Conference (5th, Lake Tinaroo, Queensland, Australia, April 1-5, 1991).
Nevile, Liddy, Ed.
Logo programming language was conceived 25 years ago, but in the 10 years since it has made its way out of the laboratory, research has not clarified the role of Logo in education. A conference on Logo and mathematics focused on mathematical and educational issues, rather than on technical issues related to changes in hardware and Logo software. The 12 chapters in these proceedings are presented in 4 sections: Building Microworlds; Social and Cultural Dimensions; Thinking Recursively, and Challenging the Curriculum. The chapters are: (1) "LEGO and Logo: Time and space" (J. Cesar); (2) "A study of how to integrate technology and curriculum" (A. J. Dawson and D. Bell); (3) "Reaching for the stars" (D. Williams); (4) The design of Logo microworlds" (D. Pratt); (5) "Playing with LEGO/Logo: School definitions of work and play and their influence on learning behaviour" (K. Crawford); (6) "Logo as a framework for collaborative learning" (B. W. McMillan); (7) "Mindstorms plus one--and counting" (R. Noss); (8) "What makes recursion hard" (E. P. Goldenberg); (9) "Structure and process microviews: Partial understandings of recursion in Logo programming" (A. McDougall); (10) "Matrices without recursion" (B. Harvey); (11) "Integrating Logo into the secondary mathematics curriculum" (B. Horton); and (12) "Teachers: Jewels in the crown of learning with Logo" (T. Jones). Notes from the discussion groups are included. (MDH)
Australian Council for Educational Research Ltd., Radford House, Frederick Street, Hawthorn, Victoria 3122, Australia ($34.95).
Publication Type: Collected Works - Proceedings; Computer Programs
Education Level: N/A
Audience: N/A
Language: English
Sponsor: N/A
Authoring Institution: Australian Council for Educational Research, Hawthorn.
Identifiers: Iterative Methods; LOGO Programing Language; Mathematics Education Research; Microworlds; Recursive Programming