Hardware Structure of a One-Chip Data Driven Processor: Q-p. - Katsuhiko Asada; Hiroaki Terada; Satoshi Matsumoto; Souichi Miyata; Hajime Asano; Hiroki Miura; Masahisa Shimizu; Shinji Komori; Takeshi Fukuhara; Kenji Shima (ICPP, 1987)

A 1/4-inch 330 K square pixel progressive scan CMOS active pixel image sensor. - Yoshinori Iida; Eiji Oba; Keiji Mabuchi; Nobuo Nakamura; Hiroki Miura (IEEE J. Solid State Circuits, 1997)

System-on-a-chip for digital still cameras with VGA-size video clip shooting. - Shigeyuki Okada; Shin'ichiro Okada; Naruhito Takada; Hiroki Miura; Toru Asaeda (IEEE Trans. Consumer Electron., 2000)

Task based approach on trajectory planning with redundant manipulators, and its application to wheelchair propulsion. - Hiroki Miura; Goro Obinata; Atsushi Nakayama; Kazunori Hase; Makoto Sasaki; Takehiro Iwami; H. Doki (RAM, 2004)

Modeling of skeletal musculature based on MRI - Calculation of the moment arm about the pronation-of-forearm and the forearm supinate -. - Kazuto Miyawaki; Takehiro Iwami; Hiroki Miura; Toshiki Matsunaga; Yoichi Shimada; Goro Obinata (MHS, 2011)

High Temperature Resistant 112 Gbit/s PAM4 Modulator Based on Electro-Optic Polymer Modulator. - Shiyoshi Yokoyama; Guo-Wei Lu; Hiroki Miura; Feng Qiu; Andrew M. Spring (ECOC, 2018)

An On-Chip Self-Powered Non-Volatile One-Time-Programmable Memory System in Standard CMOS Technology. - Jorge Cañada; Yui Yoshida; Hiroki Miura; Nobuhiko Nakano (ICECS, 2020)

An On-Chip Scalable Low Power Consumption High-Voltage Driver Based on Standard CMOS Technology. - Jorge Cañada; Yui Yoshida; Hiroki Miura; Nobuhiko Nakano (ISOCC, 2020)

High-Temperature Operational Piezoresistive Pressure Sensor on Standard CMOS Process. - Takaya Sugiura; Hiroki Miura; Nobuhiko Nakano (IEEE Trans. Circuits Syst. II Express Briefs, 2023)