Dependable onboard computer systems with a new method-stepwise negotiating voting. - Nobuyasu Kanekawa; Hideo Maejima; Hatsuhiko Kato; Hirokazu Ihara (FTCS, 1989)

Fault Tolerance Experiments of the "Hiten" Onboard Space Computer. - Tadashi Takano; Takahiro Yamada; Kohshiroh Shutoh; Nobuyasu Kanekawa (FTCS, 1991)

Fault-tolerant computer system with stepwise negotiating voting. - Nobuyasu Kanekawa; Hideo Maejima; Hatsuhiko Kato; Hirokazu Ihara (Syst. Comput. Jpn., 1991)

Dependability of Railway Control Systems. - Jean Arlat; Nobuyasu Kanekawa; Arturo M. Amendola; Jean-Luis Dufour; Yuji Hirao; Joseph A. Profeta III (FTCS, 1996)

Self-Checking and Fail-Safe LSIs by Intra-Chip Redundancy. - Nobuyasu Kanekawa; Makoto Nohmi; Yoshimichi Satoh; Hiroshi Satoh (FTCS, 1996)

In-orbit experiment on the fault-tolerant space computer aboard the satellite Hiten. - Tadashi Takano; Takahiro Yamada; Kohshiro Shutoh; Nobuyasu Kanekawa (IEEE Trans. Reliab., 1996)

Fault Detection and Recovery Coverage Improvement by Clock Synchronized Duplicated Systems with Optimal Time Diversity. - Nobuyasu Kanekawa; Takayuki Meguro; Kyosuke Isono; Yosuke Shima; Naoto Miyazaki; Shinichiro Yamaguchi (FTCS, 1998)

An analog front-end LSI with on-chip isolator for V.90 56 kbps modems. - Nobuyasu Kanekawa; Yasuyuki Kojima; Seigo Yukutake; Minehiro Nemoto; Takayuki Iwasaki; Kazuhisa Takami; Yusuke Takeuchi; Atsuko Yano; Yasuo Shima (CICC, 2000)

Fault detection and recovery coverage improvement by optimal clock diversity. - Nobuyasu Kanekawa; Shinichiro Yamaguchi; Yosuke Shima (Syst. Comput. Jpn., 2004)

Node status monitoring and state transition mechanism for network centric X-by-Wire systems. - Masahiro Matsubara; Takao Kojima; Kotaru Shimamura; Nobuyasu Kanekawa; Kohei Sakurai (ISADS, 2009)

Industrial Approach for Dependability. - Nobuyasu Kanekawa (DFT, 2010)

Potential of Fault-Detection Coverage by means of On-Chip Redundancy - IEC61508: Are There Royal Roads to SIL 4? - Nobuyasu Kanekawa (IEICE Trans. Inf. Syst., 2013)

Design Method for Online Totally Self-Checking Comparators Implementable on FPGAs. - Yusuke Kanno; Tadanobu Toba; Kotaro Shimamura; Nobuyasu Kanekawa (IEEE Trans. Very Large Scale Integr. Syst., 2020)

Symbiotic Safety: Safe and Efficient Human-Machine Collaboration by utilizing Rules. - Tasuku Ishigooka; Hiroyuki Yamada; Satoshi Otsuka; Nobuyasu Kanekawa; Junya Takahashi (DATE, 2022)