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Haskell#: Parallel Programming Made Simple and Efficient
- JOURNAL OF UNIVERSAL COMPUTER SCIENCE
, 2003
"... This paper presents the final result of the designing of a new specification for the Haskell# Language, including new features to increase its expressiveness, but without losing either efficiency or obedience to its original premisses. ..."
Abstract
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Cited by 1 (1 self)
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This paper presents the final result of the designing of a new specification for the Haskell# Language, including new features to increase its expressiveness, but without losing either efficiency or obedience to its original premisses.
Coordinating Functional Processes with Haskell#
, 2002
"... This paper presents Haskell# , a parallel functional language based on coordination. Haskell# supports lazy stream communication and facilities, at coordination level, to the specification of data parallel programs. Haskell# supports a clean and complete, semantic and syntactic, separation between c ..."
Abstract
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This paper presents Haskell# , a parallel functional language based on coordination. Haskell# supports lazy stream communication and facilities, at coordination level, to the specification of data parallel programs. Haskell# supports a clean and complete, semantic and syntactic, separation between coordination and computation levels of programming, with several benefits to parallel program engineering. The implementation of some well-known applications in Haskell# is presented, demonstrating its expressiveness, allowing for elegant, simple, and concise specification of any static pattern of parallel, concurrent or distributed computation.
Coordinating Functional Processes with Haskell#
- 2002 ACM SYMPOSIUM ON APPLIED COMPUTING (SAC'2002)
, 2002
"... This paper presents Haskell#, a parallel functional language based on coordination. Haskell# supports lazy stream communication and facilities, at coordination level, to the specification of data parallel programs. Haskell# supports a clean and complete, semantic and syntactic, separation between co ..."
Abstract
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This paper presents Haskell#, a parallel functional language based on coordination. Haskell# supports lazy stream communication and facilities, at coordination level, to the specification of data parallel programs. Haskell# supports a clean and complete, semantic and syntactic, separation between coordination and computation levels of programming, with several benefits to parallel program engineering. The implementation of some well-known applications in Haskell# is presented, demonstrating its expressiveness, allowing for elegant, simple, and concise specification of any static pattern of parallel, concurrent or distributed computation.
Parallelizing MCP-Haskell for Evaluating Haskel# Parallel Programming Environment
- SIMPÓSIO BRASILEIRO EM ARQUITETURA DE COMPUTADORES E PROCESSAMENTO DE ALTO DESEMPENHO (SBAC-PAD'2001)
, 2001
"... In this paper, we present the parallelization of a sequential functional implementation of a Monte Carlo Transport Problem, called MCP- Haskell[Hammes et al., 1995], using Haskell# . This experiment gave us important feedback for evaluating Haskell# features, helping us to answer some questions, lik ..."
Abstract
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In this paper, we present the parallelization of a sequential functional implementation of a Monte Carlo Transport Problem, called MCP- Haskell[Hammes et al., 1995], using Haskell# . This experiment gave us important feedback for evaluating Haskell# features, helping us to answer some questions, like how expressive is Haskell# for representing known parallel computational patterns, how easy it is to build large scale parallel programs in an elegant and concise way, and how efficient are Haskell# programs. Based on our conclusions, we suggest new features to be incorporated in Haskell# to improve its expressiveness and performance. We also present the performance figures for the MCP-Haskell# benchmark.
