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Abstract: In the Japanese Fifth Generation Computer Systems Project, a large scale parallel inference machine, PIM/m, is being developed. In PIM/m, up to 256 processor elements are connected to form a two-dimensional mesh network. The processor element has a pipelined microprocessor specialized to the execution of logic programming languages. The microprocessor, called PU (Processing Unit), is also used as a key component of AI workstations. Thus, PU has capability to execute two different type logic... (Update)
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BibTeX entry: (Update)
@misc{ nakashima-pipelined,
author = "Hiroshi Nakashima",
title = "A Pipelined Microprocessor for Logic Programming Languages",
url = "citeseer.ist.psu.edu/62609.html" }
Citations (may not include all citations):395 An Abstract Prolog Instruction Set (context) - Warren - 1983
24 Multiple Reference Management in Flat GHC (context) - Chikayama - 1987
11 Guarded Horn Clauses : A Parallel Logic Programming Language.. - Ueda - 1986
8 An Abstract KL1 Machine and its Instruction Set (context) - Kimura - 1987
5 Hardware Architecture of the Sequential Inference Machine : .. (context) - Nakashima - 1987
5 Performance Studies of a Prolog Machine Architecture (context) - Dobry - 1985
4 Design and Fabrication of Pegasus Prolog Processor (context) - Seo - 1989
4 KCM : A Knowledge Crunching Machine (context) - Benker - 1989
2 Research and Development of the Parallel Inference System in.. (context) - Uchida - 1988
2 Co-Operative High Performance Sequential Inference Machine :.. (context) - Habata - 1987
2 A Load Balancing Mechanism for Large Scale Multiprocessor Sy.. (context) - Takeda - 1988
1 Mechanisms for Achieving Parallel Operations in a Sequential.. (context) - Maeda - 1989
1 Macro-Call Instruction for the Efficient KL1 Implementation .. (context) - Shinogi - 1988
1 High Performance Integrated Prolog Processor IPP (context) - Abe - 1987
1 on Fifth Generation Computer Systems (context) - Chikayama, of et al. - 1984
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