2006 |
75 | EE | Keiko Shimazu,
Isao Saito,
Koichi Furukawa:
Experimental Study of Semantic Contents Mining on Intra-university Enterprise Contents Management System for Knowledge Sharing.
ASWC 2006: 732-738 |
74 | EE | Koichi Furukawa:
Philosophy of New Generation Computing -- In Remembrance of Professor Kazuhiro Fuchi.
New Generation Comput. 25(1): 144 (2006) |
2003 |
73 | EE | Keiko Shimazu,
Atsuhito Momma,
Koichi Furukawa:
Discovering Exceptional Information from Customer Inquiry by Association Rule Miner.
Discovery Science 2003: 269-282 |
72 | EE | Keiko Shimazu,
Atsuhito Momma,
Koichi Furukawa:
DAISY, an RER Model Based Interface for RDB to ILP.
ER 2003: 390-404 |
71 | EE | Keiko Shimazu,
Atsuhito Momma,
Koichi Furukawa:
Experimental study of discovering essential information from customer inquiry.
KDD 2003: 741-746 |
70 | | Setsuo Arikawa,
Koichi Furukawa,
Shinichi Morishita,
Hiroshi Motoda:
Preface.
Theor. Comput. Sci. 292(2): 343-344 (2003) |
2002 |
69 | EE | Soh Igarashi,
Tomonobu Ozaki,
Koichi Furukawa:
Respiration Reflecting Musical Expression: Analysis of Respiration during Musical Performance by Inductive Logic Programming.
ICMAI 2002: 94-106 |
68 | EE | Ikuo Kobayashi,
Koichi Furukawa,
Tomonobu Ozaki,
Mutsumi Imai:
A Computational Model for Children's Language Acquisition Using Inductive Logic Programming.
Progress in Discovery Science 2002: 140-155 |
67 | | Koichi Furukawa:
Towards Cross Fertilization of Multiple Disciplines.
New Generation Comput. 20(2): 141-142 (2002) |
2001 |
66 | EE | Tomonobu Ozaki,
Koichi Furukawa:
Application of Pruning Techniques for Propositional Learning to Progol.
ILP 2001: 206-219 |
65 | EE | Ikuo Kobayashi,
Koichi Furukawa,
Tomonobu Ozaki,
Mutsumi Imai:
A Bootstrapping Model for Children's Vocabulary Acquisition using Inductive Logic Programming.
Electron. Trans. Artif. Intell. 5(B): 47-72 (2001) |
2000 |
64 | EE | Koichi Furukawa,
Tomonobu Ozaki:
On the Completion of Inverse Entailment for Mutual Recursion and its Application to Self Recursion.
ILP Work-in-progress reports 2000 |
63 | EE | Ken Ueno,
Koichi Furukawa,
Michael Bain:
Motor Skill as Dynamic Constraint Satisfaction.
Electron. Trans. Artif. Intell. 4(B): 83-96 (2000) |
1999 |
62 | | Koichi Furukawa,
Donald Michie,
Stephen Muggleton:
Machine Intelligence 15, Intelligent Agents [St. Catherine's College, Oxford, July 1995]
Oxford University Press 1999 |
61 | | Setsuo Arikawa,
Koichi Furukawa:
Discovery Science, Second International Conference, DS '99, Tokyo, Japan, December, 1999, Proceedings
Springer 1999 |
60 | EE | Koichi Furukawa,
Ikuo Kobayashi,
Tomonobu Ozaki,
Mutsumi Imai:
A Model of Children's Vocabulary Acquisition Using Inductive Logic Programming.
Discovery Science 1999: 321-322 |
1998 |
59 | EE | Koichi Furukawa:
On the Completion of the Most Specific Hypothesis Computation in Inverse Entailment for Mutual Recursion.
Discovery Science 1998: 315-325 |
1997 |
58 | | Koichi Furukawa,
Tomonobu Ozaki,
Tomoko Murakami,
Ken Ueno,
Keiko Shimazu:
Query Evaluation of Deductive Database by MGTP and its Application to Data Mining.
DDLP 1997: 0- |
57 | | Koichi Furukawa,
Tomoko Murakami,
Ken Ueno,
Tomonobu Ozaki,
Keiko Shimazu:
On a Sufficient Condition for the Existence of Most Specific Hypothesis in Progol.
ILP 1997: 157-164 |
56 | | Tomonobu Ozaki,
Koichi Furukawa,
Tomoko Murakami,
Ken Ueno:
Realizing Progol by Forward Reasoning.
ILP 1997: 227-234 |
55 | EE | Keiko Shimazu,
Koichi Furukawa:
Knowledge discovery in database by Progol-design, implementation and its application to expert system building.
SAC 1997: 91-93 |
1996 |
54 | | Hiroshi Fujita,
Naoki Yagi,
Tomonobu Ozaki,
Koichi Furukawa:
A New Design and Implementation of Progol by Bottom-Up Computation.
Inductive Logic Programming Workshop 1996: 163-174 |
53 | | Srinivas Padmanabhuni,
Randy Goebel,
Koichi Furukawa:
Curried least general generalization: A framework for higher order concept learning.
PRICAI Workshops 1996: 45-60 |
1995 |
52 | | Koichi Furukawa,
Donald Michie,
Stephen Muggleton:
Machine Intelligence 14, Proceedings of the Fourteenth Machine Intelligence Workshop, held at Hitachi Advanced Research Laboratories, Tokyo, Japan, November 1993
Oxford University Press 1995 |
51 | | Koichi Furukawa:
A Framework for Verbalizing Unconscious Knowledge Based on Inductive Logic Programming.
Machine Intelligence 15 1995: 18-24 |
50 | | Stephen Muggleton,
Fumio Mizoguchi,
Koichi Furukawa:
Special Issue on Inductive Logic Programming.
New Generation Comput. 13(3&4): 243-244 (1995) |
1994 |
49 | | Koichi Furukawa,
Takeshi Shinohara,
Yuji Takada:
Special Issue on Algorithmic Learning Theory.
New Generation Comput. 12(4): 319-320 (1994) |
1993 |
48 | | Shuji Doshita,
Koichi Furukawa,
Klaus P. Jantke,
Toyoaki Nishida:
Algorithmic Learning Theory, Third Workshop, ALT '92, Tokyo, Japan, October 20-22, 1992, Proceedings
Springer 1993 |
47 | | 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) |
46 | | Koichi Furukawa:
Fifth Generation Computer Systems (FGCS) Project in Japan.
Informatica (Slovenia) 17(2): (1993) |
1992 |
45 | | Koichi Furukawa:
Summary of Basic Research Activities of the FGCS Project.
FGCS 1992: 20-32 |
44 | | Koichi Furukawa:
Concurrent Logic Programming as a Basis for Large-Scale Knowledge Information Processing - Panel Position Paper.
FGCS 1992: 230-231 |
43 | | Koichi Furukawa:
Logic Programming as the Integrator of the Fifth Generation Computer Systems Project.
Commun. ACM 35(3): 82-92 (1992) |
1991 |
42 | | Koichi Furukawa,
Hozumi Tanaka,
Tetsunosuke Fujisaki:
Logic Programming '89, Proceedings of the 8th Conference, Tokyo, Japan, July 12-14, 1989
Springer 1991 |
41 | | Koichi Furukawa:
Fifth Generation Computer Project: Towards Large-Scale Knowledge Information Processing.
ISLP 1991: 719-731 |
40 | | Kazuhiro Fuchi,
Koichi Furukawa:
Role of Logic Programming in the FGCS Project.
TACS 1991: 311-325 |
1989 |
39 | | Koichi Furukawa,
Hozumi Tanaka,
Tetsunosuke Fujisaki:
Logic Programming '88, Proceedings of the 7th Conference, Tokyo, Japan, April 11-14, 1988
Springer 1989 |
38 | | Koichi Furukawa:
Constraint Logic Programming as a New Vehicle for Knowledge Representation.
IFIP Congress 1989: 194 |
37 | | Koichi Furukawa,
Hiroshi Fujita,
Toramatsu Shintani:
Deriving an Efficient Production System by Partial Evaluation.
NACLP 1989: 661-674 |
1988 |
36 | | Koichi Furukawa,
Hozumi Tanaka,
Tetsunosuke Fujisaki:
Logic Programming '87, Proceedings of the 6th Conference, Tokyo, Japan, June 22-24, 1987
Springer 1988 |
35 | | Kazunori Ueda,
Koichi Furukawa:
Transformation Rules for GHC Programs.
FGCS 1988: 582-591 |
34 | | Koichi Furukawa,
Kazunori Ueda:
GHC - A Language for a New Age of Parallel Programming.
FSTTCS 1988: 364-376 |
33 | | Hiroshi Fujita,
Akira Okumura,
Koichi Furukawa:
Partial Evaluation of GHC Programs Based on the UR-set with Constraints.
ICLP/SLP 1988: 924-941 |
32 | | Koichi Furukawa,
Akira Okumura,
Masaki Murakami:
Unfolding Rules for GHC Programs.
New Generation Comput. 6(2&3): 143-157 (1988) |
31 | | Hiroshi Fujita,
Koichi Furukawa:
A Self-Applicable Partial Evaluator and Its Use in Incremental Compilation.
New Generation Comput. 6(2&3): 91-118 (1988) |
1987 |
30 | | Masaru Ohki,
Akikazu Takeuchi,
Koichi Furukawa:
An Object-Oriented Programming Language Based on the Parallel Logic Programming Language KL1.
ICLP 1987: 894-909 |
29 | | Hirohisa Seki,
Koichi Furukawa:
Notes on Transformation Techniques for Generate and Test Logic Programs.
SLP 1987: 215-223 |
28 | | Koichi Furukawa:
Fifth Generation Computer Project: Current Research Activity and Future Plans.
TAPSOFT, Vol.2 1987: 23-38 |
27 | | Kenneth M. Kahn,
Koichi Furukawa:
Preface to the Special Issue.
New Generation Comput. 5(1): 1-2 (1987) |
26 | | Kazuhiro Fuchi,
Koichi Furukawa:
The Role of Logic Programming in the Fifth Generation Computer Project.
New Generation Comput. 5(1): 3-28 (1987) |
1986 |
25 | | Jiro Tanaka,
Kazunori Ueda,
Tashihiko Miyazaki,
Akikazu Takeuchi,
Yuji Matsumoto,
Koichi Furukawa:
Guarded Horn Clauses and Experience with Parallel Logic Programming.
FJCC 1986: 948-954 |
24 | | Kazuhiro Fuchi,
Koichi Furukawa:
The Role of Logic Programming in the Fifth Generation Computer Project.
ICLP 1986: 1-24 |
23 | | Randy Goebel,
Koichi Furukawa,
David Poole:
Using Definite Clauses and Integrity Constraints as the Basis for a Theory Formation Approach to Diagnostic Reasoning.
ICLP 1986: 211-222 |
22 | | Akikazu Takeuchi,
Koichi Furukawa:
Parallel Logic Programming Languages.
ICLP 1986: 242-254 |
21 | | Akikazu Takeuchi,
Koichi Furukawa:
Partial Evaluation of Prolog Programs and its Application to Meta Programming.
IFIP Congress 1986: 415-420 |
20 | | Koichi Furukawa:
Specification Languages versus Programming Languages (Panel).
IFIP Congress 1986: 775-776 |
19 | | Masaru Ohki,
Akikazu Takeuchi,
Koichi Furukawa:
A Framework for Interactive Problem Solving Based on Interactive Query Revision.
LP 1986: 137-146 |
1985 |
18 | | Akikazu Takeuchi,
Koichi Furukawa:
Bounded Buffer Communication in Concurrent Prolog.
New Generation Comput. 3(2): 145-155 (1985) |
17 | | Fumio Mizoguchi,
Koichi Furukawa:
Guest Editors' Preface.
New Generation Comput. 3(4): 341-344 (1985) |
1984 |
16 | | Koichi Furukawa,
Toshio Yokoi:
Basic Software System.
FGCS 1984: 37-57 |
15 | | Koichi Furukawa,
Akikazu Takeuchi,
Susumu Kunifuji,
Hideki Yasukawa,
Masaru Ohki,
Kazunori Ueda:
MANDELA: A LogicBased Knowledge Programming System.
FGCS 1984: 613-622 |
14 | | Hideki Hirakawa,
Takashi Chikayama,
Koichi Furukawa:
Eager and Lazy Enumerations in Concurrent Prolog.
ICLP 1984: 89-100 |
13 | | Hideo Miyoshi,
Koichi Furukawa:
Object-Oriented Parser in the Logic Programming Language ESP.
Natural Language Understanding and Natural Language Understanding Workshop 1984: 107-119 |
12 | | Hideki Hirakawa,
Rikio Onai,
Koichi Furukawa:
OR-Parallel Optimizing Prolog System: POPS. Its Design and Implementation in Concurrent Prolog.
RIMS Symposia on Software Science and Engineering 1984: 114-129 |
11 | | Taizo Miyachi,
Susumu Kunifuji,
Hajime Kitakami,
Koichi Furukawa,
Akikazu Takeuchi,
Haruo Yokota:
A Knowledge Assimilation Method for Logic Databases.
SLP 1984: 118-125 |
10 | | Hajime Kitakami,
Susumu Kunifuji,
Taizo Miyachi,
Koichi Furukawa:
A Methodology for Implementation of a Knowledge Acquisition System.
SLP 1984: 131-142 |
9 | | Yuji Matsumoto,
Katsumi Nitta,
Koichi Furukawa:
Prolog Interpreter and its Parallel Extension.
VLSI Engineering 1984: 52-67 |
8 | | Taizo Miyachi,
Susumu Kunifuji,
Hajime Kitakami,
Koichi Furukawa,
Akikazu Takeuchi,
Haruo Yokota:
A Knowledge Assimilation Method for Logic Databases.
New Generation Comput. 2(4): 385-404 (1984) |
1983 |
7 | | Eiichi Goto,
Koichi Furukawa,
Reiji Nakajima,
Ikuo Nakata,
Akinori Yonezawa:
RIMS Symposium on Software Science and Engineering, Kyoto, Japan, 1982, Proceedings
Springer 1983 |
6 | EE | Koichi Furukawa,
Kazuhiro Fuchi:
Knowledge Engineering and Fifth Generation Computers.
IEEE Database Eng. Bull. 6(4): 17-19 (1983) |
5 | | Koichi Furukawa,
Reiji Nakajima,
Akinori Yonezawa:
Modularization and Abstraction in Logic Programming.
New Generation Comput. 1(2): 169-177 (1983) |
1982 |
4 | | Koichi Furukawa,
Katsumi Nitta,
Yuji Matsumoto:
Prolog Interpreter Based on Concurrent Programming.
ICLP 1982: 38-44 |
1981 |
3 | | Koichi Furukawa:
Use of Data Representation Mapping in Automatic Generation of Data Base Access Procedures.
IJCAI 1981: 1010-1015 |
1977 |
2 | | Koichi Furukawa:
A Deductive Question Answering System on Relational Data Bases.
IJCAI 1977: 59-66 |
1 | EE | George Champine,
Craig Fields,
Koichi Furukawa,
David Jefferson,
Fritz Krückeberg,
Giora Pelled,
Charles Purcell,
John Rundell,
Tadahiko Takahama:
Panel: Directions in Database Research.
VLDB 1977: 194-202 |