2008 |
52 | EE | Hideo Saito,
Kenjiro Taura,
Takashi Chikayama:
Collective operations for wide-area message-passing systems using adaptive spanning trees.
IJHPCN 5(3): 179-188 (2008) |
2006 |
51 | EE | Takeshi Shibata,
Ryo Yoshinaka,
Takashi Chikayama:
Probabilistic Generalization of Simple Grammars and Its Application to Reinforcement Learning.
ALT 2006: 348-362 |
50 | EE | Makoto Miwa,
Daisaku Yokoyama,
Takashi Chikayama:
Automatic Construction of Static Evaluation Functions for Computer Game Players.
Discovery Science 2006: 332-336 |
2005 |
49 | EE | Yuuki Horita,
Kenjiro Taura,
Takashi Chikayama:
A scalable and efficient self-organizing failure detector for grid applications.
GRID 2005: 202-210 |
48 | EE | Hideo Saito,
Kenjiro Taura,
Takashi Chikayama:
Collective operations for wide-area message passing systems using adaptive spanning trees.
GRID 2005: 40-48 |
2001 |
47 | EE | Yoshimasa Tsuruoka,
Takashi Chikayama:
Estimating Reliability of Contextual Evidences in Decision-List Classifiers under Bayesian Learning.
NLPRS 2001: 701-707 |
1999 |
46 | | Shunichi Uchida,
Akira Aiba,
Kazuaki Rokusawa,
Takashi Chikayama,
Ryuzo Hasegawa:
The parallel logic programming system in the FGCS project and its future directions.
Parallel Computing 25(13-14): 1601-1633 (1999) |
1996 |
45 | | Takashi Chikayama,
Evan Tick:
Special Issue on the Workshop on Parallel Logic Programming - Preface.
New Generation Comput. 14(1): 1-2 (1996) |
44 | | Kazuaki Rokusawa,
Akihiko Nakase,
Takashi Chikayama:
Distributed Memory Implementation of KLIC.
New Generation Comput. 14(3): 261-280 (1996) |
1995 |
43 | | Kazuaki Rokusawa,
Akihiko Nakase,
Takashi Chikayama:
Quiescence Detection in a Distributed KLIC Implementation.
Euro-Par 1995: 539-551 |
42 | | Takashi Chikayama:
KLIC: A Portable Parallel Implementation of a Concurrent Logic Programming Language.
PSLS 1995: 286-294 |
1994 |
41 | | Takashi Chikayama,
Tetsuro Fujise,
Daigo Sekita:
A Portable and Efficient Implementation of KL1.
PLILP 1994: 25-39 |
40 | | Akihiko Nakase,
Kazuaki Rokusawa,
Tetsuro Fujise,
Takashi Chikayama:
Preliminary Evaluation of a Distributed Implementation of KLIC.
Workshop on Design and Impl. of Parallel Logic Programming Systems 1994: 74-82 |
39 | | Masahiko Yamauchi,
Masa-aki Sato,
Takashi Chikayama:
Distributed Pool for Efficient Data Distribution in KL1.
Workshop on Design and Impl. of Parallel Logic Programming Systems 1994: 83-92 |
38 | | Kazuaki Rokusawa,
Akihiko Nakase,
Takashi Chikayama:
Quiescence Detection in a Distributed KLIC Implementation.
Workshop on Design and Impl. of Parallel Logic Programming Systems 1994: 93-102 |
1993 |
37 | | Takashi Chikayama,
Tetsuro Fujise,
Hiroshi Yashiro:
A Portable and Reasonably Efficient Implementation of KL1.
ICLP 1993: 833 |
36 | | Ehud Y. Shapiro,
David H. D. Warren,
Kazuhiro Fuchi,
Robert A. Kowalski,
Koichi Furukawa,
Kazunori Ueda,
Kenneth M. Kahn,
Takashi Chikayama,
Evan Tick:
The Fifth Generation Project: Personal Perspectives.
Commun. ACM 36(3): 46-103 (1993) |
35 | | Shunichi Uchida,
Ryuzo Hasegawa,
Kazumasa Yokota,
Takashi Chikayama,
Katsumi Nitta,
Akira Aiba:
Outline of the FGCS Fallow-on Project.
New Generation Comput. 11(2): 217-222 (1993) |
34 | | Takashi Chikayama:
KLIC: A KL1 Implementation for Unix Systems.
New Generation Comput. 12(1): 123-124 (1993) |
1992 |
33 | | Hiroshi Yashiro,
Tetsuro Fujise,
Takashi Chikayama,
Masahiro Matsuo,
Atsushi Hori,
Kumiko Wada:
Resource Management Mechanism of PIMOS.
FGCS 1992: 269-277 |
32 | | Fumihide Itoh,
Takashi Chikayama,
Takeshi Mori,
Masa-aki Sato,
Tatsuo Kato,
Tadashi Sato:
The Design of the PIMOS File System.
FGCS 1992: 278-285 |
31 | | Seiichi Aikawa,
Mayumi Kamiko,
Hideyuki Kubo,
Fumiko Matsuzawa,
Takashi Chikayama:
Paragraph: A Graphical Tuning Tool for Multiprocessor Systems.
FGCS 1992: 286-293 |
30 | | Takashi Chikayama:
Operating System PIMOS and Kernel Language KL1.
FGCS 1992: 73-88 |
29 | | Koichi Konishi,
Tsutomu Maruyama,
Akihiko Konagaya,
Kaoru Yoshida,
Takashi Chikayama:
Implementing Streams on Parallel Machines with Distributed Memory.
FGCS 1992: 791-798 |
28 | | Ryozo Kiyohara,
Takashi Chikayama:
Parallel Inference System of the FGCS Project - Status Report.
IJCSLP Workshop on Concurrent and Parallel Implementations 1992 |
27 | | Kasumi Susaki,
Takashi Chikayama:
Programming in KL1 and AYA.
LPE 1992: 42-47 |
26 | | Shigeru Ishida,
Takashi Chikayama:
Programing Environment of PIMOS.
LPE 1992: 48-54 |
25 | | Takashi Chikayama,
Ryozo Kiyohara:
Parallel Inference System Research in the Japanese FGCS Project.
Parallel Symbolic Computing 1992: 338-351 |
24 | | Robert H. Halstead Jr.,
Takashi Chikayama,
Richard P. Gabriel,
David L. Waltz,
Akinori Yonezawa:
Applications for Parallel Symbolic Computation (panel).
Parallel Symbolic Computing 1992: 417 |
1990 |
23 | | Ryozo Kiyohara,
Koichi Nakao,
Kumiko Wada,
Takashi Chikayama:
PIMOS: A Concurrent Logic Programming Environment.
LPE 1990: 63-67 |
22 | | Kazunori Ueda,
Takashi Chikayama:
Design of the Kernel Language for the Parallel Inference Machine.
Comput. J. 33(6): 494-500 (1990) |
1989 |
21 | | Katsuto Nakajima,
Yu Inamura,
Kazuaki Rokusawa,
Nobuyuki Ichiyoshi,
Takashi Chikayama:
Distributed Implementation of KL1 on the Multi-PSI/V2.
ICLP 1989: 436-451 |
1988 |
20 | | Shunichi Uchida,
Kazuo Taki,
Katsuto Nakajima,
Atsuhiro Goto,
Takashi Chikayama:
Research and Development of the Parallel Inference System in the Intermediate Stage of the FGCS Project.
FGCS 1988: 16-36 |
19 | | Takashi Chikayama,
Hiroyuki Sato,
Toshihiko Miyazaki:
Overview of the Parallel Inference Machine Operating System (PIMOS).
FGCS 1988: 230-251 |
18 | | Kaoru Yoshida,
Takashi Chikayama:
A'UM - A Stream-Based Concurrent Object-Oriented Language.
FGCS 1988: 638-649 |
17 | | Tsuyoshi Shinogi,
Kouichi Kumon,
Akira Hattori,
Atsuhiro Goto,
Yasunori Kimura,
Takashi Chikayama:
Macro-Call Instruction for the Efficient KL1 Implementation on PIM.
FGCS 1988: 953-961 |
16 | | Yasutaka Takeda,
Hiroshi Nakashima,
Kanae Masuda,
Takashi Chikayama,
Kazuo Taki:
A Load Balancing Mechanism for Large Scale Multiprocessor Systems and its Implementation.
FGCS 1988: 978-986 |
15 | | Atsuhiro Goto,
Yasunori Kimura,
T. Nakagawa,
Takashi Chikayama:
Lazy Reference Counting: An Incremental Garbage Collection Method for Parallel Inference Machines.
ICLP/SLP 1988: 1241-1256 |
14 | | Sei-ichi Kondoh,
Takashi Chikayama:
Macro Processing in Prolog.
ICLP/SLP 1988: 466-480 |
13 | | Kazuaki Rokusawa,
Nobuyuki Ichiyoshi,
Takashi Chikayama,
Hiroshi Nakashima:
An Efficient Termination Detection and Abortion Algorithm for Distributed Processing Systems.
ICPP (1) 1988: 18-22 |
1987 |
12 | | Takashi Chikayama,
Yasunori Kimura:
Multiple Reference Management in Flat GHC.
ICLP 1987: 276-293 |
11 | | Takashi Chikayama:
Parallel Inference System Researches in the FGCS Project.
SLP 1987: 274-276 |
10 | | Yasunori Kimura,
Takashi Chikayama:
An Abstract KL1 Machine and Its Instruction Set.
SLP 1987: 468-477 |
1986 |
9 | | Takashi Chikayama:
Prolog Programming Environments: Architecture and Implementation.
ICLP 1986: 552-553 |
1985 |
8 | | Ryosei Nakazaki,
Akihiko Konagaya,
Shinichi Habata,
Hideo Shimazu,
Mamoru Umemura,
Masahiro Yamamoto,
Minoru Yokota,
Takashi Chikayama:
Design of a High-speed Prolog Machine (HPM).
ISCA 1985: 191-197 |
7 | | Toshihiko Miyazaki,
Akikazu Takeuchi,
Takashi Chikayama:
A Sequential Implementation of Concurrent Prolog Based on the Shallow Binding Scheme.
SLP 1985: 110-118 |
6 | | Kazunori Ueda,
Takashi Chikayama:
Concurrent Prolog Compiler on Top of Prolog.
SLP 1985: 119-126 |
1984 |
5 | | Takashi Chikayama:
Unique Features of ESP.
FGCS 1984: 292-298 |
4 | | Kazunori Ueda,
Takashi Chikayama:
Efficient Stream/Array Processing in Logic Programming Languages.
FGCS 1984: 317-326 |
3 | | Shigeyuki Takagi,
Toshio Yokoi,
Shunichi Uchida,
Toshiaki Kurokawa,
Takashi Hattori,
Takashi Chikayama,
Kô Sakai,
Junichiro Tsuji:
Overall design of SIMPOS.
ICLP 1984: 1-12 |
2 | | Hideki Hirakawa,
Takashi Chikayama,
Koichi Furukawa:
Eager and Lazy Enumerations in Concurrent Prolog.
ICLP 1984: 89-100 |
1983 |
1 | | Takashi Chikayama:
ESP - Extended Self-contained PROLOG - as a Preliminary Kernel Language of Fifth Generation Computers.
New Generation Comput. 1(1): 11-24 (1983) |