招待講演情報
29/05/25 08:32
本プロジェクト研究代表の米澤が、下記で講演を行いました。
・Invited Talk, "Connecting Diverse Realities for Co-Well-Becoming", Joint 2025 7th International Conference on Imaging, Vision & Pattern Recognition (IVPR) & 12th International Conference on Informatics, Electronics and Vision (ICIEV), May 2025.
・招待講演, "多様な現実の理解とそのネットワーキング",CSISシンポジウム「AI時代の空間情報科学：都市・環境・生物への理解と発展を支える空間情報技術の最前線」, May 2025.
・招待講演, "Internet of Realities: AIが拓く新たな現実とそのインターネットに向けて", SFV SYMPOSIUM 2025, 大阪, April 2025.
・Invited Talk, "Connecting Diverse Realities for Co-Well-Becoming", Joint 2025 7th International Conference on Imaging, Vision & Pattern Recognition (IVPR) & 12th International Conference on Informatics, Electronics and Vision (ICIEV), May 2025.
・招待講演, "多様な現実の理解とそのネットワーキング",CSISシンポジウム「AI時代の空間情報科学：都市・環境・生物への理解と発展を支える空間情報技術の最前線」, May 2025.
・招待講演, "Internet of Realities: AIが拓く新たな現実とそのインターネットに向けて", SFV SYMPOSIUM 2025, 大阪, April 2025.
主催シンポジウム開催
02/04/25 09:18
実証実験：Reality of Kenya
02/04/25 09:12
東山動植物園において、ケニアと連携した実証実験リアリティ・オブ・ケニアを2ヶ月間にわたって実施しました。総体験人数は3615人でした。多くの方のご来場、ありがとうございました！
国際会議APAN59で講演
07/03/25 09:47
研究代表の米澤が、APAN59で招待講演を行いました。
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Invited Speaker (60 min.)
Name: Assoc. Prof. Takuro Yonezawa
Organization: Nagoya University, Japan
E-mail: takuro@nagoya-u.jp
Title: Internet of Realities: A Future of Connected People and Spaces
Abstract: The pace at which changes in the real world and their impacts are expanding is increasing, driven by the COVID-19 pandemic, military conflicts across various countries, and large-scale natural disasters such as earthquakes and typhoons. Simultaneously, advancements in AI technologies, exemplified by large language models, are continuously expanding their applicability. The trends in open hardware and open software are further reducing the time lag between research and societal implementation. Thus, the concept of "fluid reality," where yesterday's reality may not apply today, is expected to progress further. Moreover, real-space sensing using IoT sensors and LiDAR is becoming more advanced and affordable. This enables digital-twins, which provide digital replicas and future simulations of physical spaces, and high-immersion virtual reality technologies, which offer highly immersive experiences. These developments are shaping a new reality that interlinks physical and informational spaces, thereby increasing the diversity of reality. To capture, connect, and enhance mutual understanding among people, and to create new value from these diverse and multifaceted realities, new perspectives and various technological developments are necessary. In this talk, I will introduce and discuss the vision and challenges of our Internet of Realities project.
BIO: Takuro Yonezawa is an associate professor in the Graduate School of Engineering, Nagoya University. He received his Ph.D. degree in media and governance from Keio University in 2010. His research interests are the intersection of distributed systems, human-computer interaction, and sensors/actuators technologies. He has led several smart city projects as a technical coordinator, such as FP7/ Horizon2020/NICT European-Japanese collaborative research project (ClouT/ BigClouT project), and others.
———————————————
Invited Speaker (60 min.)
Name: Assoc. Prof. Takuro Yonezawa
Organization: Nagoya University, Japan
E-mail: takuro@nagoya-u.jp
Title: Internet of Realities: A Future of Connected People and Spaces
Abstract: The pace at which changes in the real world and their impacts are expanding is increasing, driven by the COVID-19 pandemic, military conflicts across various countries, and large-scale natural disasters such as earthquakes and typhoons. Simultaneously, advancements in AI technologies, exemplified by large language models, are continuously expanding their applicability. The trends in open hardware and open software are further reducing the time lag between research and societal implementation. Thus, the concept of "fluid reality," where yesterday's reality may not apply today, is expected to progress further. Moreover, real-space sensing using IoT sensors and LiDAR is becoming more advanced and affordable. This enables digital-twins, which provide digital replicas and future simulations of physical spaces, and high-immersion virtual reality technologies, which offer highly immersive experiences. These developments are shaping a new reality that interlinks physical and informational spaces, thereby increasing the diversity of reality. To capture, connect, and enhance mutual understanding among people, and to create new value from these diverse and multifaceted realities, new perspectives and various technological developments are necessary. In this talk, I will introduce and discuss the vision and challenges of our Internet of Realities project.
BIO: Takuro Yonezawa is an associate professor in the Graduate School of Engineering, Nagoya University. He received his Ph.D. degree in media and governance from Keio University in 2010. His research interests are the intersection of distributed systems, human-computer interaction, and sensors/actuators technologies. He has led several smart city projects as a technical coordinator, such as FP7/ Horizon2020/NICT European-Japanese collaborative research project (ClouT/ BigClouT project), and others.
国際会議COMSNETS2025で招待講演
20/01/25 00:48
研究代表の米澤が、国際会議COMSNETS2025で招待講演を行いました。
Takuro Yonezawa, " Internet of Realities: Vision and Challenges"
The pace at which changes in the real world and their impacts are expanding is increasing, driven by the COVID-19 pandemic, military conflicts across various countries, and large-scale natural disasters such as earthquakes and typhoons. Simultaneously, advancements in AI technologies, exemplified by large language models, are continuously expanding their applicability. The trends in open hardware and open software are further reducing the time lag between research and societal implementation. Thus, the concept of "fluid reality," where yesterday's reality may not apply today, is expected to progress further. Moreover, real-space sensing using IoT sensors and LiDAR is becoming more advanced and affordable. This enables digital-twins, which provide digital replicas and future simulations of physical spaces, and high-immersion virtual reality technologies, which offer highly immersive experiences. These developments are shaping a new reality that interlinks physical and informational spaces, thereby increasing the diversity of reality. To capture, connect, and enhance mutual understanding among people, and to create new value from these diverse and multifaceted realities, new perspectives and various technological developments are necessary. In this talk, I will introduce and discuss the vision and challenges of our Internet of Realities project.
Takuro Yonezawa, " Internet of Realities: Vision and Challenges"
The pace at which changes in the real world and their impacts are expanding is increasing, driven by the COVID-19 pandemic, military conflicts across various countries, and large-scale natural disasters such as earthquakes and typhoons. Simultaneously, advancements in AI technologies, exemplified by large language models, are continuously expanding their applicability. The trends in open hardware and open software are further reducing the time lag between research and societal implementation. Thus, the concept of "fluid reality," where yesterday's reality may not apply today, is expected to progress further. Moreover, real-space sensing using IoT sensors and LiDAR is becoming more advanced and affordable. This enables digital-twins, which provide digital replicas and future simulations of physical spaces, and high-immersion virtual reality technologies, which offer highly immersive experiences. These developments are shaping a new reality that interlinks physical and informational spaces, thereby increasing the diversity of reality. To capture, connect, and enhance mutual understanding among people, and to create new value from these diverse and multifaceted realities, new perspectives and various technological developments are necessary. In this talk, I will introduce and discuss the vision and challenges of our Internet of Realities project.