We have been developping mechanisms for improving communication performance using cooperation of multiple mobile computers and for assisting pedestrians and drivers by sharing images and information around users.
We have two main research goals: the scientific goal of elucidating the cognitive process of intention communication, and the practical goal of applying the results to the realization of artifacts that can interact naturally with humans.
Natural Language Processing, Text Mining, Artificial Intelligence, Dialog System
Research Detail
Our research includes development of various Natural Language Processing (NLP) applications and integrated platform for NLP. We also aim to develop a dialog system that naturally cummunicates like humans.
We are designing and constructing educational systems based on advanced technologies, such as artificial intelligence, cognitive models, natural language processing, and so on.
Recognition and Control of Robot, Cognitive Developmental Robotics, Optimal Control and Optimization
Research Detail
We aim to realize learning method for robot by mimicking human developmental process, considering embodiment. Environment- adaptive system is studied based on optimal control and machine learning.
Hitoshi Saji Professor / Hamamatsu
Research Area
Image Processing, Remote Sensing
Research Detail
We have analyzed disaster areas and road traffic information using aerial images, satellite images, and a digital map.
We focus on human cognitive behavior toward other persons, artifacts, and agents, which are carried out as following studies: Basic studies on cognitive human communication, Human-Agent Interaction studies, and Real World Oriented Media Design.
Information Security, Humanics Security, Entertainment Security
Research Detail
Our main aim is to achieve the next-generation system security which overcomes security-usability trade off by overarching security techniques and human characteristics.
Speech Information Processing, Behavioral Signal Processing, Well-being Information, Machine Learning
Research Detail
We are conducting research to eliminate the digital divide by using sound and speech processing and machine learning technologies, and to realize universal communication that does not make people feel old or disabled.
Masatsugu Niwayama Associate Professor / Hamamatsu
Cognitive Neuroscience, Physical Education, Sport Psychology
Research Detail
In our laboratory, we investigate the brain mechanisms underlying perception, cognition, and motor behavior using psychophysical methods and brain-function measurement techniques. The keywords of our current researches are “Body”, “Time” and “Uncertainty”.
e-Learning, Software Development on English & Math Education, Numerical Simulation
Research Detail
Development of Online Learning Software and Numerical Simulation, Each of Whose Topic is Based on Informatics. Important Data in the Course of Learning Process and Physical Phenomena are Extracted, Processed, & Analyzed.
We are modeling the mechanism of Information processing behind human behaivor aiming to support various everyday activity based on computationally technologies.
Development of Meteor Burst Communication and Visible light Communication Systems. New application of Error Correcting odes.
Shogo Ishikawa Associate Professor / Hamamatsu
Research Area
Human Interface, Multimodal interaction, Computer science and technology for human cognitive disorder
Research Detail
We have constructed a platform for collecting data and interpreting the meaning of multimodal interactions. Using the platform, we have developed a system to create learning fields and well-being.
We focus on the intelligent control of robot systems, e.g. binpicking robot systems and mobile robots. We are also developing support devices for welfare use, e.g. a robotic cane and rehabilitation equipments.
Identity Science, Privacy and Surveillance society, Post-singularity security
Research Detail
We aim to realize a safe and secure society by tackling security and privacy issues occurring newly due to the development of network society from the viewpoint of cryptography theory and machine learning, etc.
Software engineering is an academic field that involves creating good software within constraints such as limited time, cost, and personnel, and it covers a very wide range of themes. We are looking for students highly motivated to improve our society with software engineering techniques.
Speech processing, Spoken language interface, Pattern information processing
Research Detail
We have been developing spoken language systems including speech recognition and spoken language technologies. Our recent research topics include speech interface system, spoken document processing and car-driving signal processing.
We examine the mechanisms underlying health-related behaviors and their risk factors by building strong technical and administrative mobile healthcare systems
mathematical optimization, computational complexity, graph theory
Research Detail
Our research includes theoretical research on mathematical optimization, including combinatorial optimization, as well as field research on finance, production, logistics, telecommunications, education, and medicine.
Our research topic is numerical simulation techniques including artificial inteligence (AI) technology toward the efficient electromagnetic compatibility (EMC) design and countermeasure.
Our goal is to apply natural language processing techologies, including large language models, to social problems: machine translation, AI-generated text detection, educational systems, and patent information processing.
Optical Wireless Communication, Wireless Communication, Communication Engineering
Research Detail
We study novel signal processing techniques and communication architectures to improve/optimize the performance of optical wireless communication and wireless communcaiton systems.
Embodied Cognitive Science, Human Informatics, Sports Informatics
Research Detail
From an embodied cognitive science perspective, our research primarily investigates (1) skill acquisition and expertise, and (2) group sociality and coordination through interdisciplinary approaches that bridge scientific findings and practical applications.
Nobuyuki Suzuki Professor / Shizuoka
専門分野
mathematical logic, non-classical logics
研究内容
My research interests are non-classical logics and their applications, especially by semantical methods.
Naoki Tanaka Professor / Shizuoka
Research Area
Semigroups of Operators and Evolution Equations
Research Detail
Generation of semigroups of Lipschitz operators and well-posedness of abstract Cauchy problems．」
