ITU International Design Lectures'a Dr. Bilge Mutlu'nun "Designing Social Robots" başlıklı semineri ile devam edilmektedir. Seminer 21 Haziran 2012 tarihinde Taşkışla 213 nolu derslikte gerçekleştirilmiştir.
Abstract
Social robots - unlike other products and computational systems - are unique in their ability to afford interaction using the wider range of human communicative capabilities. When used effectively in human interactions, these capabilities promise significant positive social, cognitive, and task outcomes, such as improved learning, motivation, persuasion, and collaboration. How might robots take full advantage of this promise to improve our lives? What methods will enable us to capture, computationally represent, and design these capabilities into robots? Do these capabilities help us achieve improvements in learning, collaboration, and well-being? In this talk, Dr. Bilge Mutlu will describe a research program aimed at building a computational understanding of these human communicative capabilities and using this understanding to design effective social robots with the goal of achieving such improvements in human-robot interaction.
Dr. Bilge Mutlu is an assistant professor of computer science, psychology, and industrial engineering at the University of Wisconsin–Madison. At Wisconsin, he directs the Wisconsin Human-Computer Interaction Laboratory and a research program on designing robotic technologies that improve how people learn, communicate, and work. Dr. Mutlu is the recipient of multiple best paper awards and the National Science Foundation Career Award. His group's work had several appearances in international scientific media including the New Scientist, Discovery News, and MIT's Technology Review. He received his B.ID, M.Sc., M.Des and PhD degrees from the Middle East Technical University, Istanbul Technical University and Carnegie Mellon University, respectively.
http://pages.cs.wisc.edu/~bilge,
http://hci.cs.wisc.edu
Abstract
Social robots - unlike other products and computational systems - are unique in their ability to afford interaction using the wider range of human communicative capabilities. When used effectively in human interactions, these capabilities promise significant positive social, cognitive, and task outcomes, such as improved learning, motivation, persuasion, and collaboration. How might robots take full advantage of this promise to improve our lives? What methods will enable us to capture, computationally represent, and design these capabilities into robots? Do these capabilities help us achieve improvements in learning, collaboration, and well-being? In this talk, Dr. Bilge Mutlu will describe a research program aimed at building a computational understanding of these human communicative capabilities and using this understanding to design effective social robots with the goal of achieving such improvements in human-robot interaction.
Dr. Bilge Mutlu is an assistant professor of computer science, psychology, and industrial engineering at the University of Wisconsin–Madison. At Wisconsin, he directs the Wisconsin Human-Computer Interaction Laboratory and a research program on designing robotic technologies that improve how people learn, communicate, and work. Dr. Mutlu is the recipient of multiple best paper awards and the National Science Foundation Career Award. His group's work had several appearances in international scientific media including the New Scientist, Discovery News, and MIT's Technology Review. He received his B.ID, M.Sc., M.Des and PhD degrees from the Middle East Technical University, Istanbul Technical University and Carnegie Mellon University, respectively.
http://pages.cs.wisc.edu/~bilge,
http://hci.cs.wisc.edu
