Researchers

AOKI Nobuya

AOKI Nobuya
Lecturer
Faculty Department of Computational Systems Biology / Graduate School of Biology-Oriented Science and Technology
Researchmap https://researchmap.jp/read0185814

Education and Career

Education

  • - 1989 , Osaka Prefecture University, Faculty of Engineering,
  • - 1989 , Osaka Prefecture University, School of Engineering,
  • - 1991 , Osaka Prefecture University, 工学研究科,
  • - 1995 , Osaka Prefecture University, 工学研究科,
  • - 2009 , Osaka University, 情報科学研究科,
  • - 2010 , Osaka University, Graduate School, Division of Information Science,
  • - 2010 , Osaka University, 情報科学研究科,

Academic & Professional Experience

  • 1995 - 2004 , Kindai University Faculty of Biology-Oriented Science and Technology
  • 1995 - 2004 , Research Associate, School of Biology-Oriented
  • 2004 , - 近畿大学生物理工学部 講師
  • 2004 , - Lecturer, School of Biology-Oriented Science and
  • Technology, Kinki University
  • Science and Technology, Kinki University

Research Activities

Research Areas

  • Manufacturing technology (mechanical, electrical/electronic, chemical engineering), Measurement engineering
  • Informatics, Intelligent robotics
  • Informatics, Perceptual information processing

Research Interests

画像計測, Electronic Measurements

Published Papers

  1. Vaccine injection system for cultivated fry
    Yusuke Muraki; Nobuya Aoki; Toshihide Kuriyama; Makoto Doi; Toshiro Nasu
    近畿大学生物理工学部紀要  33  (33)  , 17-24, Mar. 2014 
  2. 平行光源を用いた既知形状鏡面の位置姿勢計測
    青木伸也
    大阪大学  Mar. 2010  , Refereed
  3. Mirror Localization for Catadioptric Imaging System by Observing Parallel Light Pairs
    AOKI Nobuya; SAGAWA Ryusuke; YAGI Yasushi
    The IEICE transactions on information and systems  Vol.J92-D  (No.5)  , 661-670, May. 2009  , Refereed

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Conference Activities & Talks

  1. Development of Presentation Robot able to Change the Story depending on Audience Reaction , NAKAGAWA Hideo; AOKI Nobuya , 日本機械学会2017年度年次大会 , 4, Sep. 2017
  2. 3次元画像計測を用いた状況判断技術 , 青木 伸也 , わかやまテクノ・ビジネスフェア技術シーズ発表会 , 11, Nov. 2016
  3. 非対称マイクロミラーによるウェアラブル・ディスプレイ , 青木伸也; 佐野遼真; 栗山敏秀 , 平成27年電気学会全国大会 , 24, Mar. 2015

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MISC

  1. Measurement of Human Sense by Optical Information Fusion - Study of Evaluation of Surface Appearance - , 稲荷 隆彦; 青木 伸也 , Abstracts of Research Project, Grant - In - Aid For Scientific Research , Apr. 2004
    Summary:人が磨かれた表面などに感ずる美観の計測を目標とし，第１段階の研究として，光沢感の定量的計測法の研究を行った。まず表面性状に対応する光学情報として，対象表面を介して形成された像の画質から計測するパターン投影法と，レーザ光の散乱分布から計測する方法を，平行して研究し，それぞれの計測性能，特徴を明らかにし，これらの方法の関連性を調べた。光沢感との関連は，さらに色彩情報と関連することが明らかであり，今後の課題を残している。平成１３年度から１５年度科学研究補助金研究として実施した報告である。
  2. Extension of 3D vision system for spherical objects using highlight patterns , N Aoki; H Nishikawa; A Yoshida; T Inari , SICE 2004 ANNUAL CONFERENCE, VOLS 1-3 , FPI-7-4 , 2322 , 2325 , 2004
    Summary:This paper describes an extended 3D vision system for spherical objects using highlight patterns formed by specular reflection on surfaces of the objects. The 3D coordinates of the central position and the radius of the spherical object can be measured by this system. Although the authors had proposed the vision systems which uses two cameras and two point light sources, there was restriction that there had to be the camera and the point light source in the same point. The extended system has less restriction about arrangement of cameras and point light sources than the former system that proposed by the authors. The basic performances of the extended system are proved by experiments.
  3. 3D vision system for spherical objects using highlight patterns , N Aoki; H Yamauchi; T Inari , SICE 2003 ANNUAL CONFERENCE, VOLS 1-3 , MPⅡ-4-1 , 797 , 800 , 2003
    Summary:This paper describes a 3D vision system for glossy spherical objects using highlight patterns formed by specular reflection on surfaces of the objects. This system consists of two optical sets including a camera and a point light source, and an image processor. From the highlight patterns, 3D coordinates of the central position and the radius of the objects can be measured by this system. The basic performances of this system are proved by experiments.

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Patents

  1. 魚体注射装置 , 栗山敏秀, 青木伸也, 土井誠, 那須敏朗, 村木優介 , 特許6242175

Research Grants & Projects

  1. Japan Society for the Promotion of Science, Grants-in-Aid for Scientific Research, Measurement of Human Sense by Optical Information Fusion …Study of Evaluation of Surface Appearance… , KINKI UNIVERSITY
  2. 撮像系の校正
  3. 画像処理を用いた移動体の位置計測と誘導制御

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