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With the trend of mobile computing and ubiquitous computing since the end of the 20th century for the wellbeing of people and groups, computers have become faster, larger, smaller, and more wireless, and have widely penetrated into our daily lives. In this research, we are constantly looking into the future, more than 10 years into the future, to define the mental, physical, and social wellbeing of our lives (in both physical and cyber space) in the future, and to research and develop ICT/AI and other technologies to realize it.

With the trend of mobile computing and ubiquitous computing since the end of the 20th century for the wellbeing of people and groups, computers have become faster, larger, smaller, and more wireless, and have widely penetrated into our daily lives. In this research, we are constantly looking into the future, more than 10 years into the future, to define the mental, physical, and social wellbeing of our lives (in both physical and cyber space) in the future, and to research and develop a novel IT/AI technologies to realize it.

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.

With the trend of mobile computing and ubiquitous computing since the end of the 20th century for the wellbeing of people and groups, computers have become faster, larger, smaller, and more wireless, and have widely penetrated into our daily lives. In this research, we are constantly looking into the future, more than 10 years into the future, to define the mental, physical, and social wellbeing of our lives (in both physical and cyber space) in the future, and to research and develop ICT/AI and other technologies to realize it.

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.

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.

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, 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 course (Mobile wide area network), various labs in SFC laboratory (ex. Internet Research Laboratory, Auto-ID Laboratory, etc...), global standardization body (ex. IETF, W3C, ISO, etc...) and companies or other universities domestically and overseas.

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.

Value Design in the Age of Human Survival

A city or city where the power of information improves the quality of the activity of that person simply by staying there or staying is called smart city. This study group creates information technology to collect, process and produce information that enhances people's health, convenience, safety, and makes people happy.

A city or city where the power of information improves the quality of the activity of that person simply by staying there or staying is called smart city. This study group creates information technology to collect, process and produce information that enhances people's health, convenience, safety, and makes people happy.

The main research theme is research and development of information systems related to the Internet.
We will carry out research activities that research and development of protocols, such as IPv6-related, computer systems, security, and distributed systems, which are the next-generation core protocols, and the global expansion of research results developed through international standardization.

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.

This Project aims advanced research of the Internet technology as information infrastructure. It includes distributed system, web architecture, sensor networks, big data system, IoT(Internet of Things), Future Internet technology.

We are living in the Internet age using PCs and smartphones, but we are looking forward to using the net everywhere, with advanced computers, networks, and devices. In this seminar, we try to find various new interaction techniques for the coming age, where everybody can use Web resources everywhere without learning special techniques for handling computers.

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.

With the trend of mobile computing and ubiquitous computing since the end of the 20th century for the wellbeing of people and groups, computers have become faster, larger, smaller, and more wireless, and have widely penetrated into our daily lives. In this research, we are constantly looking into the future, more than 10 years into the future, to define the mental, physical, and social wellbeing of our lives (in both physical and cyber space) in the future, and to research and develop ICT/AI and other technologies to realize it.

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.

With the trend of mobile computing and ubiquitous computing since the end of the 20th century for the wellbeing of people and groups, computers have become faster, larger, smaller, and more wireless, and have widely penetrated into our daily lives. In this research, we are constantly looking into the future, more than 10 years into the future, to define the mental, physical, and social wellbeing of our lives (in both physical and cyber space) in the future, and to research and develop ICT/AI and other technologies to realize it.

This research group focuses on modeling, simulation, and visualization of natural phenomena.

Even though we have had the Internet for several decades now, it continues to evolve. In this research group, we are developing new basic Internet infrastructure technologies. In addition, we study distributed storage systems and computer architecture. FPGAs are used for high-speed transfer of data across networks.

Even though we have had the Internet for several decades now, it continues to evolve. In this research group, we are developing new basic Internet infrastructure technologies. In addition, we study distributed storage systems and computer architecture. FPGAs are used for high-speed transfer of data across networks.

Based on the current situation of smart agriculture, we will consider future directions.

What exactly is a robot that does not give discomfort to us and we can easily accept its existence as a part of everyday life? Now we obtain capabilities to access ubiquitous information spaces and our human ability and cognitive performance will be gradually enhanced. Robots will also be integrated well into the human life and helping us naturally. They will have rich sensory perception and expressive facial signals, and are going to be social partners for us. In this laboratory, we are discussing what kind of “sociality” robots should have in human robot interactions (HRI).

What exactly is a robot that does not give discomfort to us and we can easily accept its existence as a part of everyday life? Now we obtain capabilities to access ubiquitous information spaces and our human ability and cognitive performance will be gradually enhanced. Robots will also be integrated well into the human life and helping us naturally. They will have rich sensory perception and expressive facial signals, and are going to be social partners for us. In this laboratory, we are discussing what kind of “sociality” robots should have in human robot interactions (HRI).