Shunji Satoh - researchr alias

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Viewing Publication 1 - 28 from 28

2019

Simple speed estimators reproduce MT responses and identify strength of visual illusionDaiki Nakamura, Shunji Satoh. nca, 31(7):2523-2535, 2019. [doi]

2018

A border-ownership model based on computational electromagnetismEiichi Mitsukura, Shunji Satoh. NN, 99:42-55, 2018. [doi]

A border-ownership model based on computational electromagnetismZaem Arif Zainal, Shunji Satoh. NN, 99:114-122, 2018. [doi]

2017

Formulation of Border-Ownership Assignment in Area V2 as an Optimization ProblemZaem Arif Zainal, Shunji Satoh. iconip 2017: 859-866 [doi]

2016

A Simple Visual Model Accounts for Drift Illusion and Reveals Illusory PatternsDaiki Nakamura, Shunji Satoh. iconip 2016: 191-198 [doi]

2013

Computational Study of Depth Perception for an Ambiguous Image Region: How Can We Estimate the Depth of Black or White Paper?Eiichi Mitsukura, Shunji Satoh. iconip 2013: 225-232 [doi]

2012

Parallel Numerical Simulation of Visual Neurons for Analysis of Optical IllusionAkira Egashira, Shunji Satoh, Hidetsugu Irie, Tsutomu Yoshinaga. In ICNC. 2012: 130-136 [doi]

Computational identity between digital image inpainting and filling-in process at the blind spotShunji Satoh. nca, 21(4):613-621, 2012. [doi]

Collaborative software platform for computational brain research based on OpenRTMKazuki Urabe, Shunji Satoh, Taihei Kitagawa. scisisis 2012: 326-331 [doi]

2011

2010

Neural implementation of coarse-to-fine processing in V1 simple neuronsHiroaki Sasaki, Shunji Satoh, Shiro Usui. ijon, 73(4-6):867-873, 2010. [doi]

Efficient Representation by Horizontal Connection in Primary Visual CortexHiroaki Sasaki, Shunji Satoh, Shiro Usui. iconip 2010: 132-139 [doi]

2009

Super resolution: Another computational role of short-range horizontal connection in the primary visual cortexHiroaki Sasaki, Shunji Satoh. NN, 22(4):362-372, 2009. [doi]

A Next Generation Modeling Environment PLATO: Platform for Collaborative Brain System ModelingShiro Usui, Keiichiro Inagaki, Takayuki Kannon, Yoshimi Kamiyama, Shunji Satoh, Nilton L. Kamiji, Yutaka Hirata, Akito Ishihara, Hayaru Shouno. iconip 2009: 84-90 [doi]

2008

Computational theory and applications of a filling-in process at the blind spotShunji Satoh, Shiro Usui. NN, 21(9):1261-1271, 2008. [doi]

2007

Computational Understanding and Modeling of Filling-In Process at the Blind SpotShunji Satoh, Shiro Usui. iconip 2008: 943-952 [doi]

Engineering-Approach Accelerates Computational Understanding of V1-V2 Neural PropertiesShunji Satoh, Shiro Usui. iconip 2008: 1051-1060 [doi]

2006

A visual model for object detection based on active contours and level-set methodShunji Satoh. bc, 95(3):259-270, 2006. [doi]

2004

A model of overt visual attention based on scale-space theoryShunji Satoh, Shogo Miyake. scjapan, 35(10):1-13, 2004. [doi]

2003

A Model for Selective Visual Attention Based on Discrete Scale-SpacesShunji Satoh, Shogo Miyake. kes 2003: 147-154 [doi]

2002

A Neural Network Model for Pattern Recognition Based on Hypothesis and Verification with Moving Region of AttentionMasao Shimomura, Shunji Satoh, Shogo Miyake, Hirotomo Aso. icann 2002: 1275-1280 [doi]

2001

Neocognitron-Type Network for Recognizing Rotated and Shifted Patterns with Reduction of ResourcesShunji Satoh, Shogo Miyake, Hirotomo Aso. iwann 2001: 215-222 [doi]

1999

Pattern Recognition System with Top-Down Process of Mental RotationShunji Satoh, Hirotomo Aso, Shogo Miyake, Jousuke Kuroiwa. iwann 1999: 816-825

A rotation-invariant neocognitronShunji Satoh, Jousuke Kuroiwa, Hirotomo Aso, Shogo Miyake. scjapan, 30(4):31-40, 1999. [doi]

1998

Recognition of Hand Written Patterns by Rotation-Invariant NeocognitronShunji Satoh, Jousuke Kuroiwa, Hirotomo Aso, Shogo Miyake. iconip 1998: 295-299

1997

Recognition of Rotated Patterns Using NeocognitronShunji Satoh, Jousuke Kuroiwa, Hirotomo Aso, Shogo Miyake. iconip 1998: 112-116

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