2004 |
19 | EE | Ken'ichi Itakura,
Atsuya Uno,
Mitsuo Yokokawa,
Takashi Ishihara,
Yukio Kaneda:
Scalability of hybrid programming for a CFD code on the Earth Simulator.
Parallel Computing 30(12): 1329-1343 (2004) |
2002 |
18 | EE | Mitsuo Yokokawa,
Ken'ichi Itakura,
Atsuya Uno,
Takashi Ishihara,
Yukio Kaneda:
16.4-Tflops direct numerical simulation of turbulence by a Fourier spectral method on the Earth Simulator.
SC 2002: 1-17 |
2000 |
17 | | Hironori Nakajo,
Akihiro Ichikawa,
Yukio Kaneda:
A Distributed Shared-Memory System on a Workstation Cluster Using Fast Serial Links.
International Journal of Parallel Programming 28(2): 179-194 (2000) |
1998 |
16 | | Hironori Nakajo,
Hidekazu Tanaka,
Yoshinori Nakanishi,
Masaki Kohata,
Yukio Kaneda:
Distributed Shared-Memory for a Workstation Cluster with a High Speed Serial Interface.
HPCN Europe 1998: 588-597 |
1997 |
15 | | Hironori Nakajo,
Akihiro Ichikawa,
Yukio Kaneda:
An Implementation and Evaluation of a Distributed Shared-Memory System on Workstation Clusters Using Fast Serial Links.
ISHPC 1997: 143-158 |
14 | EE | Hironori Nakajo,
Satoshi Ohtani,
Takashi Matsumoto,
Masadi Kohata,
Kei Hiraki,
Yukio Kaneda:
An I/O Network Architecture of the Distributed Shared-Memory Massively Parallel Computer JUMP-1.
International Conference on Supercomputing 1997: 253-260 |
1996 |
13 | | Hironori Nakajo,
Satoshi Ohtani,
Yukio Kaneda:
A Simulation-based Evaluation of a Disk I/O Subsystem for a Massively Parallel Computer: JUMP-1.
ICDCS 1996: 562-569 |
12 | | Naoyuki Tamura,
Yukio Kaneda:
Resource Management Method for a Compiler System of a Linear Logic Programming Language (Poster Abstract).
JICSLP 1996: 545 |
1995 |
11 | | Hironori Nakajo,
Takashi Matsumoto,
Masaki Kohata,
Hideo Matsuda,
Kei Hiraki,
Yukio Kaneda:
High Performance I/O System of the Distributed Shared-Memory Massively Parallel Computer JUMP-1.
Parallel and Distributed Computing and Systems 1995: 470-473 |
1994 |
10 | EE | Hideo Matsuda,
Gary J. Olsen,
Ross A. Overbeek,
Yukio Kaneda:
Fast phylogenetic analysis on a massively parallel machine.
International Conference on Supercomputing 1994: 297-302 |
9 | | Hideo Matsuda,
Yukio Kaneda:
An Application of an OR-Parallel Prolog Systemto Phylogenetic Analysis.
Lisp and Symbolic Computation 7(2-3): 211-229 (1994) |
1992 |
8 | | Yukio Kaneda,
Hideo Matsuda,
Shigeo Suzuka:
A Priority Control System for OR-Parallel Prolog and Its Performance Evaluation.
Parallel Symbolic Computing 1992: 42-53 |
1990 |
7 | | Yukio Kaneda:
Introduction of dosim Predicate to Prolog.
New Generation Comput. 8(2): 163- (1990) |
1987 |
6 | | Hideo Matsuda,
M. Kohata,
T. Masuo,
Yukio Kaneda,
Sadao Maekawa:
Implementing Parallel Prolog System on Multiprocessor System PARK.
IWDM 1987: 599-612 |
1986 |
5 | | Yukio Kaneda,
Naoyuki Tamura,
Koichi Wada,
Hideo Matsuda,
Shumin Kuo,
Sadao Maekawa:
Sequential Prolog Machine PEK.
New Generation Comput. 4(1): 51-66 (1986) |
1985 |
4 | | Hideo Matsuda,
M. Kohata,
T. Masuo,
Yukio Kaneda,
Sadao Maekawa:
Parallel Prolog Machine PARK: Its Hardware Structure and Prolog System.
LP 1985: 35-43 |
1984 |
3 | | Naoyuki Tamura,
Koichi Wada,
Hideo Matsuda,
Yukio Kaneda,
Sadao Maekawa:
Sequential Prolog Machine PEK.
FGCS 1984: 542-550 |
2 | | Naoyuki Tamura,
Yukio Kaneda:
Implementing Parallel Prolog on a Multiprocessor Machine.
SLP 1984: 42-48 |
1982 |
1 | | Yukio Kaneda,
Masaki Kohata:
Highly Parallel Computing of Linear Equations on the Matrix-Broadcast-Memory Connected Array Processor System.
IMACS World Congress 1982: 221-225 |