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Daisy(ID:1392/dai002)

alternate simple view

Country: United States
Designed 1988
Published: 1988

after DSI (Data Space for the Interpreter) the model of evaluation

Functional language for parallel list processing

from Quick start "The Daisy language is the culmination of a number of research projects relating to Lisp-family languages over a twenty year period from the mid 1970's to mid 1990s at Indiana University. "

Places

Indiana U usA

Structures:

Function

Related languages

Scheme

→

Daisy

Evolution of

References:

Johnson, Steven D. and Anne T. Kohstaedt (1981) Johnson, Steven D. and Anne T. Kohstaedt "DSI Program Description" Indiana University Computer Science Dept. Technical Report No. 120, 1981

Johnson, S.D. (1988) Johnson, S.D. "Daisy Programming Manual", , CS Dept TR, Indiana U, 1988.

Johnson, Steven D. (1989) Johnson, Steven D. "Daisy, DSI, and LiMP" TR 288, Indiana University Computer Science Department 1989 Abstract

Jeschke, Eric (1997) Jeschke, Eric "Daisy Quick-Start Guide" Online copy Extract: What is "Daisy"?
Resources

Daisy/DSI Programming System DSI is a system for symbolic multiprocessing based on the underlying operational model of suspending construction . The fundamental synchronization mechanism in this model is the suspension a transparent object representing a computation. Suspensions evolve into manifest data values, which can be inspected and manipulated by other computations. Computation is demand oriented, a relaxation of demand-driven computation in which a system with available processing resources can speculatively activate suspensions for bounded execution. We are interested in this model as a general basis for improving the performance of limited-scale multiprocessors. Daisy is a surface language for programming in the DSI system. Daisy is an applicative language (a mutation of Scheme) with provisions for exploiting a suspending list constructor. Among these provisions are constructs for building networks of streams, including windowing operations for stream-based I/O. These facilities make Daisy a good language for modeling networks of self-timed communicating processes.

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