H ? « ‹ ← → › »

Language peer sets for Browne/Smoliar Labanotation Compiler:
United States↑
United States/1976↑
Designed 1976 ↑
1970s languages ↑
Fourth generation↑
High Cold War↑

Browne/Smoliar Labanotation Compiler(ID:7367/lab003)

alternate simple view

Country: United States
Designed 1976

References:

(1976) Brown, Maxine, 'A Graphic Editor for Labanotation', MSE Thesis, University of Pennsylvania, 1976

Hirsch, Vicki, 'The Implementation of Floor Plans (1977) Hirsch, Vicki, 'The Implementation of Floor Plans in the Graphic Editor for Labanotation', MSE Thesis, University of Pennsylvania, 1977.

Smoliar Steven W. and Lynn Weber, (1977) Smoliar Steven W. and Lynn Weber, "A Graphics Editor for Labanotation"
in [Proceedings] (1976) Fifth CORD Conference 11-14 November 1976, Philadelphia.

(1977) Smoliar, Stephen, and Weber, Lynne, 'Using the Computer for a Semantic Representation of Labanotation'
in Serge Lusignan and John North, editors, (1977) Serge Lusignan and John North, editors, "Proc., Third International Conf on Computing in the Humanities", The University of Waterloo Press, 1977

Lansdown, John (1978) Lansdown, John "The Computer in Choreography"
in Serge Lusignan and John North, editors, (1977) Serge Lusignan and John North, editors, "Proc., Third International Conf on Computing in the Humanities", The University of Waterloo Press, 1977

Smoliar, Stephen W. (1978) Smoliar, Stephen W. "A lexical analysis of Labanotation with an associated data structure" pp727-730 Abstract Extract: Conclusion Extract: Introduction Extract: The Compiler Picture: Labanotation compiler data Picture: Labanotation system
in [Proceedings] (1978) Proceedings of the 1978 annual conference 1978, Washington, D.C., United States

Weber, L.; Smoliar, S. W.; Badler, N. I. (1978) Weber, L.; Smoliar, S. W.; Badler, N. I. "An architecture for the simulation of human movement" pp737-745 Abstract
in [Proceedings] (1978) Proceedings of the 1978 annual conference 1978, Washington, D.C., United States
Resources

Chronological Bibliography - Materials Related to Dance and Technology It is based on a one-to-one correspondence between a subset of the ASCII character set and a set of basic Labanotation symbols, with the provision that a Labanotation character may be qualified by additional data concerning its size, shading, orientation, and position. Because of limited ASCII subset, certain Labanotation symbols must be composed by superimposing two or more of these qualified characters. The computers does not recognize the superposition as defining a single symbol such as black dot and empty square to make pelvis.

Search in: Google Google scholar World Cat Yahoo Overture DBLP Monash bib NZ IEEE ACM portal CiteSeer CSB ncstrl jstor Bookfinder