The KT Pilot Computer - A Micro-Programmed Computer with a Phototransistor Fixed Memory. - Hiroshi Hagiwara; Kohei Amo; S. Matsushita; H. Yamauchi (IFIP Congress, 1962)

A full table quadratic search method eliminating secondary clustering. - Seiichi Nishihara; Hiroshi Hagiwara (Int. J. Parallel Program., 1974)

Hardware Organization of a Low Level Parallel Processor. - Shinji Tomita; Kiyoshi Shibayama; Shigeru Oyanagi; Hiroshi Hagiwara (IFIP Congress, 1977)

Performance Evaluation and Improvement of a Dynamically Microprogrammable Computer with Low-Level Parallelism. - Kiyoshi Shibayama; Shinji Tomita; Hiroshi Hagiwara; Katsuhiro Yamazaki; Toshiaki Kitamura (IFIP Congress, 1980)

Performance evaluation and improvement of a dynamically microprogrammable computer with low-level parallelism. - Shinji Tomita; Kiyoshi Shibayama; Toshiaki Kitamura; Hiroshi Hagiwara (MICRO, 1980)

A Dynamically Microprogammable Computer with Low-Level Parallelism. - Hiroshi Hagiwara; Shinji Tomita; Shigeru Oyanagi; Kiyoshi Shibayama (IEEE Trans. Computers, 1980)

The MPG System: A Machine-Independent Efficient Microprogram Generator. - Takanobu Baba; Hiroshi Hagiwara (IEEE Trans. Computers, 1981)

A User-Microprogrammable, Local Host Computer With Low-Level Parallelism - Shinji Tomita; Kiyoshi Shibayama; Toshiaki Kitamura; Toshiyuki Nakata 001; Hiroshi Hagiwara (ISCA, 1983)

A parallel processor system for three-dimensional color graphics. - Haruo Niimi; Yoshiro Imai; Masayoshi Murakami; Shinji Tomita; Hiroshi Hagiwara (SIGGRAPH, 1984)

A Computer with Low-Level Parallelism QA-2: Its Applications to 3-D Graphics and Prolog/Lisp Machines. - Shinji Tomita; Kiyoshi Shibayama; Toshiyuki Nakata 001; Shinji Yuasa; Hiroshi Hagiwara (ISCA, 1986)

KPR: A Logic Programming Language-Oriented Parallel Machine. - Kiyoshi Shibayama; Masaaki Yamamoto; Hiroaki Hirata; Yasushi Konoh; Takanori Sanetoh; Hiroshi Hagiwara (LP, 1987)

The structure of experts: A parallel processor system for 3-dimensional graphics. - Haruo Niimi; Hiroshi Hagiwara; Shinji Tomita (Syst. Comput. Jpn., 1989)

On the Real-Number Representation with Variable-Length Exponent Field. - Nakagawa Akinari; Hiroshi Hagiwara (Inf. Process. Lett., 1994)

Circadian rest-activity rhythm for maintenance of body shape. - Shinya Kume; Namiko Tokumitsu; Saori Sakamoto; Hiroshi Hagiwara (EMBC, 2011)

Influence on skin temperature and blood flow of thermal and massage stimuli. - H. Inoue; Hiroshi Hagiwara (BIBE, 2013)

Influence of monotonous work and body sensory vibration stimulus on physiological responses. - Kento Konishi; Hiroshi Hagiwara (BIBE, 2015)

Induction of a Relaxed State Using a Vibration Stimulus Based on the Respiratory Cycle. - Naoto Iwamoto; Hiroshi Hagiwara (HCI (4), 2015)

Effects of Individualized Respiratory Cycle-Based Vibration Stimuli on Nervous System after Mental or Physical Load. - Naoto Iwamoto; Hiroshi Hagiwara (BIBE, 2016)

Workload Induces Changes in Hemodynamics, Respiratory Rate and Heart Rate Variability. - Taishi Nagasawa; Hiroshi Hagiwara (BIBE, 2016)

Psycho-Physiological Response in 3D Multiple Object Tracking. - Shuichi Satake; Hiroshi Hagiwara (BIBE, 2016)

Effect of Walking upon Fatigue Due to Monotonous Work. - Kousuke Aramaki; Hiroshi Hagiwara (AHFE (6), 2017)

Relationship Between EEG and ECG Findings at Rest and During Brain Activity. - Yuto Nakahata; Hiroshi Hagiwara (AHFE (2), 2017)

Effects of Open Versus Closed Eyes on Physiological Conditions During a Working Memory Task. - Kazuya Onishi; Hiroshi Hagiwara (BIBE, 2017)

Using NIRS to Detect Brain oxyHb Changes During Short-Term Memory Tasks. - Takuya Sasabe; Hiroshi Hagiwara (BIBE, 2018)

Psycho-Physiological Changes Depend on Differences in the Presentation Ratio of Non-target Stimuli. - Hiroaki Yoshikawa; Hiroshi Hagiwara (BIBE, 2018)

Psychophysiological Effects of Comfortable Walking Exercise on a Working Memory Task. - Hiroto Tamura; Hiroshi Hagiwara; Koji Kashihara; Hiroyuki Shinoda 002 (BIBE, 2019)

Changes in Brain Activity After the Sternberg and Cognitive Judgment Tasks. - Tatsuya Fukunaga; Hiroshi Hagiwara; Koji Kashihara; Hiroyuki Shinoda 002 (AHFE (1), 2020)