APPLIED PERCEPTION ENGINEERING Laboratory
応用知覚工学研究室
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We strive to make technology intuitive, empathetic, and inclusive by applying insights from human perception.
We aim to create user-centered, emotionally intelligent technology that enhances lives and connects people in meaningful ways.
We strive to make technology intuitive, empathetic, and inclusive by applying insights from human perception.
We aim to create user-centered, emotionally intelligent technology that enhances lives and connects people in meaningful ways.
About Applied Perception Engineering lab
About Applied Perception Engineering lab
Here, we will apply computer science technology and knowledge domains to solve the mysteries of human perception, cognition, and affective computing. We are interested in illusory perception, neuromarketing, mental health diagnosis, and image classification.
In a rapidly evolving technological world, user-centered design, cognitive engineering, and affective computing are essential to ensure technology is intuitive, efficient, and inclusive.
Applied Perception and Engineering focuses on the intersection of perceptual understanding and engineering by emphasizing the practical application of human perception, sensory processing, and cognition principles in engineering.
The research area includes, but is not limited to
Perception study: to uncover insights into human perception, providing a foundation for engineering solutions and driving innovation in user experience.
Human-Centered Design: to integrate knowledge of human perception into engineering design processes. For example, by optimizing the design of products, interfaces, and systems to align with human sensory capabilities and cognitive processes.
Sensory Perception and Emotions: to leverage our understanding of how people perceive the world to enhance the recognition and interpretation of emotions in technology.
Virtual and Augmented Reality (VR/AR): Understanding human perceptual abilities, such as visual and auditory processing, can be applied to develop immersive virtual and augmented reality by creating realistic and engaging simulations.
Cognitive Engineering: Applying principles of cognitive psychology and human factors engineering to design systems and interfaces that align with human cognitive processes and limitations.
感情コンピューティングと知覚に関する研究を通じて，人間の心や感覚の仕組みを解明することを目的．脳波や心拍などの生体信号やカメラ映像用いて，現実世界およびVR空間における感情の変化を科学的に分析．機械学習や深層学習の技術も積極的に活用．知覚の研究では，とくに錯視に注目し，人がどのように世界を【見ている・感じている】のか，その仕組みを明らかにする．そのために，刺激と感覚の関係を定量的に測定する心理物理学（Psychophysics）の手法を使用．これらの研究成果は，より自然で快適なVR空間やAIシステムの設計に貢献するとともに，建築，教育，医療など幅広い分野への応用が期待される．
研究室紹介ビデオ（芝浦工業大学の研究室探訪授業用）https://youtu.be/axlzTu6vMJA
Keyword: Affective Computing, Human Perception (Visual, Auditory, Tactile), Image Processing, Metaverse
感情コンピューティング、人間の知覚(視覚・聴覚・触覚)、画像処理、仮想空間
We welcome students from all backgrounds, including those with no prior experience in our field. We value enthusiasm for learning and research and provide a supportive environment where you can develop your skills and knowledge.
We welcome students from all backgrounds, including those with no prior experience in our field. We value enthusiasm for learning and research and provide a supportive environment where you can develop your skills and knowledge.
Our lab celebrates diversity and recognizes the unique perspectives each individual brings. Our culture is grounded in open-mindedness, curiosity, and a commitment to growth. We believe that by embracing diversity and fostering a collaborative mindset, we can achieve great things together.
Our primary language of communication is English, enabling international students to work and collaborate effectively. The professor can also speak Japanese, so Japanese students can communicate in either language as they prefer. It is also a great opportunity to improve their English communication skills through daily discussions and research activities.
Currently accepting
Currently accepting
Undergraduate students (research-based international program: IGP)
Master student (Graduate School of Engineering and Science (Master's Program) Electrical Engineering and Computer Science Course)
Doctoral student (Graduate School of Engineering and Science (Doctor's Program) Functional Control Systems Course)
Short-term research/internship student (with partner universities)
2 months to 1 year
Research student (for preparation to enter the graduate school in SIT)
Recommended for students with a limited background and no prior experience in this major
To apply or for more information, please contact the supervisor directly by email.
私たちの研究室では、これまでの経験の有無を問わず、あらゆるバックグラウンドを持つ学生を歓迎しています。学ぶことや研究への意欲を大切にし、知識やスキルを伸ばしていけるようなサポート体制の整った環境を提供しています。
本研究室は多様性を尊重し、一人ひとりが持つ独自の視点を大切にしています。オープンマインド、好奇心、そして成長への意欲を研究室の文化の基盤としています。多様性を受け入れ、協力的な姿勢を育むことで、ともに大きな成果を生み出せると考えています。
研究室での主な使用言語は英語（発表資料、論文）であり、留学生が円滑に研究・協働できる環境です。指導教員は日本語も話せるため、日本人学生は英語・日本語のどちらでも希望に応じてコミュニケーションが可能です。また、日常的なディスカッションや研究活動を通して、英語でのコミュニケーション能力を向上させる良い機会にもなります。
現在受け入れ中の学生：
学部生（芝浦工業大学・工学部の卒業研究の研究室）
修士課程学生（大学院理工学研究科 修士課程 電気電子情報工学系）
博士課程学生（大学院理工学研究科 博士課程 機能制御システム専攻）
出願や詳細については、指導教員まで直接メールでお問い合わせください。
Visit us
Visit us
Shibaura Institute of Technology, Toyosu campus
Main building, 11F (IGP Area)
Email: peeraya<at>shibaura-it.ac.jp
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