A high-speed CMOS track/hold circuit. - Mohd Asmawi Mohamed Zin; Haruo Kobayashi 001; Kazuya Kobayashi; Jun-ichi Ichimura; Hao San; Yoshitaka Onaya; Yasuyuki Kimura; Yasushi Yuminaka; Yoshisato Sasaki; Kouji Tanaka; Fuminori Abe (ICECS, 1999)

Design and realization of fingertiped and multifingered hand for pinching and rolling minute objects. - Kazuya Kobayashi; Nobuyuki Ito; Ikuo Mizuuchi; Kei Okada; Masayuki Inaba (Humanoids, 2009)

Investigation of Electromagnetic Diffraction by a Dielectric Body in a Waveguide Using the Method of Volume Singular Integral Equation. - Kazuya Kobayashi; Yury Shestopalov; Yu. Smirnov (SIAM J. Appl. Math., 2009)

Working with movable obstacles using on-line environment perception reconstruction using active sensing and color range sensor. - Youhei Kakiuchi; Ryohei Ueda; Kazuya Kobayashi; Kei Okada; Masayuki Inaba (IROS, 2010)

Development of 4-axis soft deformable sensor for humanoid sensor flesh. - Tomoaki Yoshikai; Kazuya Kobayashi; Masayuki Inaba (Humanoids, 2011)

Achievement of trapeze motion for humanoid robots based on realtime ego-motion / moving objects' motions recognition algorithm. - Tomoaki Yoshikai; Takefumi Goto; Kazuya Kobayashi; Takahiro Akimoto; Hiroaki Yaguchi; Masayuki Inaba (ICAR, 2011)

Development of humanoid with distributed soft flesh and shock-resistive joint mechanism for self-protective behaviors in impact from falling down. - Kazuya Kobayashi; Tomoaki Yoshikai; Masayuki Inaba (ROBIO, 2011)

Spatial and temporal coarse to fine structuring method of distributed tactile sensors based on changing velocity of the sensation. - Tomoaki Yoshikai; Kazuya Kobayashi; Masayuki Inaba (ROBIO, 2011)

Development of a full body multi-axis soft tactile sensor suit for life sized humanoid robot and an algorithm to detect contact states. - Iori Kumagai; Kazuya Kobayashi; Shunichi Nozawa; Youhei Kakiuchi; Tomoaki Yoshikai; Kei Okada; Masayuki Inaba (Humanoids, 2012)

Achievement of 'Mikoshi' with multiple humanoid robots as coordinated navigation problem based on real-time 3D space recognition in a dynamic environment. - Tomoaki Yoshikai; Takahiro Akimoto; Kazuya Kobayashi; Jumpei Tsuji; Hiroaki Yaguchi; Masayuki Inaba (Humanoids, 2012)

Development of Robots with Soft Sensor Flesh for Achieving Close Interaction Behavior. - Tomoaki Yoshikai; Marika Hayashi; Yui Ishizaka; Hiroko Fukushima; Asuka Kadowaki; Takashi Sagisaka; Kazuya Kobayashi; Iori Kumagai; Masayuki Inaba (Adv. Artif. Intell., 2012)

Stationary iteration methods for solving 3D electromagnetic scattering problems. - Alexander Samokhin; Yury Shestopalov; Kazuya Kobayashi (Appl. Math. Comput., 2013)

Development and verification of life-size humanoid with high-output actuation system. - Yoshito Ito; Shunichi Nozawa; Junichi Urata; Takuya Nakaoka; Kazuya Kobayashi; Yuto Nakanishi; Kei Okada; Masayuki Inaba (ICRA, 2014)

Wiener-Hopf Analysis of the Plane Wave Diffraction by a Thin Material Strip. - Takashi Nagasaka; Kazuya Kobayashi (IEICE Trans. Electron., 2017)

A Study on the Parameter Size of the Montgomery Trick for ECDLP. - Ken Ikuta; Sho Joichi; Kazuya Kobayashi; Md. Al-Amin Khandaker; Takuya Kusaka; Yasuyuki Nogami (ISITA, 2018)

A Study on the Parameter of the Distinguished Point Method in Pollard's Rho Method for ECDLP. - Ken Ikuta; Sho Joichi; Kazuya Kobayashi; Md. Al-Amin Khandaker; Takuya Kusaka; Yasuyuki Nogami (ISITA, 2018)

Wiener-Hopf Analysis of the Plane Wave Diffraction by a Thin Material Strip: the Case of E Polarization. - Takashi Nagasaka; Kazuya Kobayashi (IEICE Trans. Electron., 2018)

Augmented Interaction Mechanism for Physically Consistent Collaboration Between Humans and Intelligent Agents in Network Management. - Kazuto Sasai; Kazuya Kobayashi; Tetsuo Kinoshita (IES, 2019)

Wiener-Hopf Analysis of the Plane Wave Diffraction by a Perfectly Conducting Rectangular Cylinder: The Case of H Polarization. - Kewen He; Kazuya Kobayashi (IEICE Trans. Electron., 2025)

Diffraction by a Semi-Infinite Parallel-Plate Waveguide with Partial Material Loading: A Combined Wiener-Hopf and MRCT Solution. - Tong Zhang; Kazuya Kobayashi (IEICE Trans. Electron., 2025)