Syllabus Search Result

This research group aims to develop the results of another research group that focuses on basic research (“Research Group2”, please take a look at it) into social applications. In this research group, we will cooperate with various corporations, local governments, civic organizations, and other research group projects in the field of IT, policy, and community development to achieve a society where people can live happily.

“Advanced Biosciences” seminars (Tomita, Naito, Kuroda, Kanai, Soga, Arakawa, Suzuki and Tsujimoto) are operated along with “Systems Biology Project” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved in research projects.
In the first semester when you join the "Advanced Biosciences" seminars (Kenkyukai), you should take "SEMINAR B (1) Masaru Tomita."
Please check our website for more details. http://www.iab.keio.ac.jp/en

We conduct ecological research on the organisms living in extreme environments such as those of the Antarctic and the Arctic.

“Advanced Biosciences” seminars (Arakawa, Hirayama, Kanai, Kono, Kuroda, Naito, Soga, Sugimoto, Suzuki, and Tsujimoto are operated along with Academic Project “Advanced Biosciences” for graduate students. All members, including faculty members, graduate students, and undergraduate students are involved in research projects. The seminar(s) to be taken will be announced when students are notified of their permission to enroll." Please check our website for more details. https://www.iab.keio.ac.jp/en/index.html

We conduct ecological research on the organisms living in the Antarctic and the Arctic ecosystems which are currently under the pressure of environmental changes.

Our brain and body are always interacting each other by sending information named "neural signals", and being essentials for our movements and sensations. In this seminar, by considering the brain and body as a system, we are trying to learn the control and learning mechanisms of our bodily movements and to understand the secrets and essentials of humans from physiological and/or psychological points of view.

Our brain and body are always interacting each other by sending information named "neural signals", and being essentials for our movements and sensations. In this seminar, by considering the brain and body as a system, we are trying to learn the control and learning mechanisms of our bodily movements and to understand the secrets and essentials of humans from physiological and/or psychological points of view.

Our brain and body are always interacting each other by sending information named "neural signals", and being essentials for our movements and sensations. In this seminar, by considering the brain and body as a system, we are trying to learn the control and learning mechanisms of our bodily movements and to understand the secrets and essentials of humans from physiological and/or psychological points of view.

Our brain and body are always interacting each other by sending information named "neural signals", and being essentials for our movements and sensations. In this seminar, by considering the brain and body as a system, we are trying to learn the control and learning mechanisms of our bodily movements and to understand the secrets and essentials of humans from physiological and/or psychological points of view.

Our brain and body are always interacting each other by sending information named "neural signals". Such interaction between the brain and body is an essential for our movements and sensations. In this seminar, by considering the brain and body as a system, we are trying to learn the control and learning mechanisms of our bodily movements and to understand the secrets of humanity from physiological and/or psychological points of view.

We promote basic studies about the human brain by measuring and analyzing neural information and apply the findings to computing, VR/AR, media, health, and so on. Recent advances in non-invasive brain measurement techniques enable us to see the human brain objectively. We study how to clarify the brain mechanism using EEG (electroencephalography), tES (transcranial electrical stimulation), and so on, and promote research to achieve not only good graduation project but also conference presentation and journal publication.

We promote basic studies about the human brain by measuring and analyzing neural information and apply the findings to computing, VR/AR, media, health, and so on. Recent advances in non-invasive brain measurement techniques enable us to see the human brain objectively. We study how to clarify the brain mechanism using EEG (electroencephalography), tES (transcranial electrical stimulation), and so on, and promote research to achieve not only good graduation project but also conference presentation and journal publication.

We promote basic studies about the human brain by measuring and analyzing neural information and apply the findings to computing, VR/AR, media, health, and so on. Recent advances in non-invasive brain measurement techniques enable us to see the human brain objectively. We study how to clarify the brain mechanism using EEG (electroencephalography), tES (transcranial electrical stimulation), and so on, and promote research to achieve not only good graduation project but also conference presentation and journal publication.

We promote basic studies about the human brain by measuring and analyzing neural information and apply the findings to computing, VR/AR, media, health, and so on. Recent advances in non-invasive brain measurement techniques enable us to see the human brain objectively. We study how to clarify the brain mechanism using EEG (electroencephalography), tES (transcranial electrical stimulation), and so on, and promote research to achieve not only good graduation project but also conference presentation and journal publication.

We promote basic studies about the human brain by measuring and analyzing neural information and apply the findings to computing, VR/AR, media, health, and so on. Recent advances in non-invasive brain measurement techniques enable us to see the human brain objectively. We study how to clarify the brain mechanism using EEG (electroencephalography), tES (transcranial electrical stimulation), and so on, and promote research to achieve not only good graduation project but also conference presentation and journal publication.

We promote basic studies about the human brain by measuring and analyzing neural information and apply the findings to computing, VR/AR, media, health, and so on. Recent advances in non-invasive brain measurement techniques enable us to see the human brain objectively. We study how to clarify the brain mechanism using EEG (electroencephalography), tES (transcranial electrical stimulation), and so on, and promote research to achieve not only good graduation project but also conference presentation and journal publication.

The purpose of this research group is to study the sciences on haptics and bodily sensations. The development of sensory information that evokes multiple senses of material perception, including touch, and its evaluation methods are also included in the topics of the research group. Sensory evaluations using psychological experiments are the major research methods adopted by the undergraduate research group, and we are also engaging in the analysis of these data using data science methodologies.

The objective of this research lab is to analyze haptic phenomena in daily life.
In 2020-2022, we have learned basic statistics and multivariate analysis. Based on this background, we would like to conduct research projects on a group basis. Senior students are supposed to lead a project, and junior students would support the research project (but junior students can add some of the research items in the main project).

The objective of this research lab is to analyze haptic phenomena in daily life.
In 2020-2022, we have learned basic statistics and multivariate analysis. Based on this background, we would like to conduct research projects on a group basis. Senior students are supposed to lead a project, and junior students would support the research project (but junior students can add some of the research items in the main project).

In competitive sports, various performance factors are tacitly understood. The purpose of this research group is to contribute to solving problems and improving performance by conducting surveys and research on various performance issues in competitive sports. Performance differs greatly depending on the characteristics of the sport. In this study group, we place importance on the issues actually faced in competitions, and will examine appropriate methods for each sport. This study group will be conducted jointly with the Hisashi Mizutori study group.

Internet operation and Internet technology to support real world is the main topic of this seminar.
It's been about 30 years since the Internet became a social infrastructure. The Internet changed our lifestyles drastically; now we can communicate with each other, we can acquire information using the Internet and so on.
On the other hand, we aren't satisfied with the current Internet. A few years ago, the word "cyberspace" is used. But we are in the "real world". The purpose of this seminar is to put real-world information on the Internet to support our life.

Internet operation and Internet technology to support real world is the main topic of this seminar.
It's been about 30 years since the Internet became a social infrastructure. The Internet changed our lifestyles drastically; now we can communicate with each other, we can acquire information using the Internet and so on.
On the other hand, we aren't satisfied with the current Internet. A few years ago, the word "cyberspace" is used. But we are in the "real world". The purpose of this seminar is to put real-world information on the Internet to support our life.

We read the following book about transaction processing.

Computer Systems: A Programmer's Perspective, 3/E (CS:APP3e)

We read the following book about transaction processing.

Computer Systems: A Programmer's Perspective, 3/E (CS:APP3e)

Lear the theory and practices of wireless communications, signal processing and mechatronics through development. If you don't have a specific topic to work on, a development theme will be provided from the faculty. Weekly seminars will be devoted to group reading and research discussions.

This research project focuses on the technologies and societies basis on the internet.

In the technology side, we are implementing and demonstrating for the application and development of protocols and systems, for exsample, Communication System, Distributed Computing Environment, Web Architecture, Sensor Networking Technologies, Big Data System, Internet of Things and Future Internet Technologies.

In the social side, we are discussing the new rules for AI era as well as considering "How to create the future society" through internet researches and practicing the ideas.

This research project is cooperating with the class of postgraduate cource (Mobile wide area network), various labs in SFC laboratory (ex. Internet Research Laboratory, Auto-ID Laboratory, etc...), global standarization body (ex. IETF, W3C, ISO, etc...) and companies or other universities domestically and overseas.

Since the end of the 20th century, the trend of mobile computing and ubiquitous computing has led to faster, larger, smaller, and more wireless computers, which have become widely used in our daily lives by optimizing them for each individual. However, the explosive amount of information produced by ICT/AI systems, for example, can lead to information overload in our daily lives, and the provision of individually optimized information (e.g., AI-based personal optimization of news articles provided on social networking sites) can distort the information we come into contact with and affect our thinking. It is also true that there are many problems created by the current architecture of typical information systems, such as the fragmentation of communities.
In this research, we will conduct research and development on a new information system architecture that is different from the typical individual-oriented architecture of "sensing personal big data, analyzing big data, and providing information optimized for the individual," always looking more than 10 years into the future.