Japanese computer graphics (Panel Session): Challenges and opportunities. - Laurin Herr; Madoka Kato; Akira Amano; Yoichiro Kawaguchi; Kouichi Omura (SIGGRAPH, 1983)

Management of QoS for Real-Time Shared Three Dimensional Virtual Spaces. - Masatoshi Arikawa; Akira Amano; Kaori Maeda; Reiji Aibara; Shinji Shimojo; Yasuaki Nakamura; Kaduo Hiraki; Kouji Nishimura; Mutsuhiro Terauchi; Kitsutaro Amano (CODAS, 1996)

Dynamic LoD for QoS Management in the Next Generation VRML. - Masatoshi Arikawa; Akira Amano; Kaori Maeda; Reiji Aibara; Shinji Shimojo; Yasuaki Nakamura; Kaduo Hiraki; Kouji Nishimura; Mutsuhiro Terauchi (ICMCS, 1996)

Photometric calibration of zoom lens systems. - Naoki Asada; Akira Amano; Masashi Baba (ICPR, 1996)

Calibrated computer graphics: a new approach to realistic image synthesis based on camera calibration. - Naoki Asada; Masashi Baba; Akira Amano (ICPR, 1998)

A Unique Recovery of3D Shape and Size from Motion. - Akira Amano; Tsuyoshi Migita; Naoki Asada (MVA, 2000)

Table Form Document Synthesis by Grammar-Based Structure Analysis. - Akira Amano; Naoki Asada; Takayuki Motoyama; Taiji Sumiyoshi; Koji Suzuki (ICDAR, 2001)

Complex Table Form Analysis Using Graph Grammar. - Akira Amano; Naoki Asada (Document Analysis Systems, 2002)

Entire Building Shape Recovery from Near Distance Images. - Tsuyoshi Migita; Akira Amano; Naoki Asada (MVA, 2002)

Graph Grammar Based Analysis System of Complex Table Form Document. - Akira Amano; Naoki Asada (ICDAR, 2003)

Modification Table Form Generation System based on the Form Recognition. - Akira Amano; Naoki Asada; Masayuki Mukunoki (ICPR (2), 2004)

The Influence of Activation Time on Contraction Force of Myocardial Tissue: a Simulation Study. - Jianyin Lu; Toshifumi Nishi; Takashi Ashihara; Natalie S. Schneider; Akira Amano; Tetsuya Matsuda; Hidetoshi Kotera (EMBC, 2006)

Reproducing Nonlinear Force Velocity Relation of Myocardial Tissue by a Nonlinear Parallel Elastic Component. - Yutaka Nobuaki; Yu Kamei; Jianyin Lu; Takao Shimayoshi; Satoshi Ishikawa; Akira Amano; Hidetoshi Kotera; Tetsuya Matsuda (EMBC, 2006)

Computer Support for Physiological Cell Modelling using an Ontology on Cell Physiology. - Takao Shimayoshi; Kazuhiro Komurasaki; Akira Amano; Takeshi Iwashita; Kanazawa Masanori; Tetsuya Matsuda (EMBC, 2006)

Stress Distribution in a Rotationally Symmetric and a Measurement Based Left Ventricular Shape Model. - Yasuhiro Takada; Akira Amano; Jianyin Lu; Takao Shimayoshi; Satoshi Ishikawa; Tetsuya Matsuda; Hidetoshi Kotera (EMBC, 2006)

Table form document analysis based on the document structure grammar. - Akira Amano; Naoki Asada; Masayuki Mukunoki; Masahito Aoyama (Int. J. Document Anal. Recognit., 2006)

A Model for Simulation of Infant Cardiovascular Response to Orthostatic Stress. - Yutaka Nobuaki; Akira Amano; Takao Shimayoshi; Jianyin Lu; Eun Bo Shim; Tetsuya Matsuda (FIMH, 2007)

In Silico Drug Action Estimation from Cardiac Action Potentials by Model Fitting in a Sampled Parameter Space. - Jianyin Lu; Keichi Asakura; Akira Amano; Tetsuya Matsuda (LSMS (1), 2007)

A Method to Support Cell Physiological Modelling Using Description Language and Ontology. - Takao Shimayoshi; Kazuhiro Komurasaki; Akira Amano; Takeshi Iwashita; Tetsuya Matsuda; Masanori Kanazawa (Inf. Media Technol., 2007)

A general CellML simulation code generator using ODE solving scheme description. - Akira Amano; Naoki Soejima; Takao Shimayoshi; Hiroaki Kuwabara; Yoshitoshi Kunieda (EMBC, 2011)

A study on prediction methods for a cardiovascular strong-coupling simulation. - Yuki Hasegawa; Takao Shimayoshi; Akira Amano; Tetsuya Matsuda (EMBC, 2011)

A program code generator for multiphysics biological simulation using markup languages. - Akira Amano; Masanari Kawabata; Yoshiharu Yamashita; Florencio Rusty B. Punzalan; Takao Shimayoshi; Hiroaki Kuwabara; Yoshitoshi Kunieda (EMBC, 2012)

A coupling method for a cardiovascular simulation model which includes the Kalman Filter. - Yuki Hasegawa; Takao Shimayoshi; Akira Amano; Tetsuya Matsuda (EMBC, 2012)

Computational Analysis of Cardiovascular Hemodynamics. - Eun Bo Shim; Thomas Heldt; Akira Amano; Kyehan Rhee (Comput. Math. Methods Medicine, 2012)

A CellML simulation compiler and code generator using ODE solving schemes. - Florencio Rusty B. Punzalan; Yoshiharu Yamashita; Naoki Soejima; Masanari Kawabata; Takao Shimayoshi; Hiroaki Kuwabara; Yoshitoshi Kunieda; Akira Amano (Source Code Biol. Medicine, 2012)

A study on the relationship between electrical transmural heterogeneity and ventricular energetics. - Yuki Hasegawa; Mitsuharu Mishima; Takao Shimayoshi; Akira Amano; Tetsuya Matsuda (EMBC, 2013)

Code generator for distributed parameter biological model simulation with PDE numerical schemes. - Florencio Rusty B. Punzalan; Yoshiharu Yamashita; Masanari Kawabata; Takao Shimayoshi; Hiroaki Kuwabara; Yoshitoshi Kunieda; Akira Amano (EMBC, 2013)

Reproducing retinal rod bipolar cell light response by mathematical model including neurotransmitter receptors. - Shingo Nishiyama; Yukari Hosoki; Chieko Koike; Akira Amano (EMBC, 2014)

Nonlinear multiscale circulation model reproducable linear end-systolic pressure-volume relationship. - Takao Shimayoshi; Mitsuharu Mishima; Akira Amano; Tetsuya Matsuda (EMBC, 2014)

Application of the Kalman Filter for Faster Strong Coupling of Cardiovascular Simulations. - Yuki Hasegawa; Takao Shimayoshi; Akira Amano; Tetsuya Matsuda (IEEE J. Biomed. Health Informatics, 2016)

Theoretical prediction of early afterdepolarization-evoked triggered activity formation initiating ventricular reentrant arrhythmias. - Kunichika Tsumoto; Takao Shimamoto; Yuma Aoji; Yukiko Himeno; Yuhichi Kuda; Mamoru Tanida; Akira Amano; Yasutaka Kurata (Comput. Methods Programs Biomed., 2023)

Mathematical analysis of left ventricular elastance with respect to afterload change during ejection phase. - Shiro Kato; Yukiko Himeno; Akira Amano (PLoS Comput. Biol., 2024)

Chained occurrences of early afterdepolarizations may create a directional triggered activity to initiate reentrant ventricular tachyarrhythmias. - Kunichika Tsumoto; Takao Shimamoto; Yuma Aoji; Yukiko Himeno; Yuhichi Kuda; Mamoru Tanida; Akira Amano; Yasutaka Kurata (Comput. Methods Programs Biomed., 2025)