Minoru Asada

Minoru Asada (born 1953) is a Japanese engineer. He is a professor of Adaptive Machine Systems at the Graduate School of Engineering at Osaka University, Japan. He is a research leader for and director of neuroscience robotics and Constructive Developmental Science based on understanding the process of neuro-dynamics to social interaction. His research focuses on emergent robotics to better understand the interaction between the robot and its environment in an attempt to comprehend the complex cognitive processes in both natural and artificial systems.

Early life

Asada attended 7 years of school in Nagahama City in Japan; 6 in elementary and 1 in junior high school. His father was an employee of the Japan National Railroad (JNR), and was posted to the north part of Japan to Toyama Prefecture. After one year, his father had to move again, however, fortunately for Asada, his older brother had just gotten into Toyama University. This allowed Asada to complete his education in this city. While in high school, he decided on the direction he would go as an engineer or scientist. He enrolled in Osaka University at 18 to study control engineering.

He received a Ph.D. in control engineering from Osaka in 1982 and later became the Professor in the Department of Adaptive Machine Systems at the Graduate School of Engineering at that university in 1997.

Career

In 1982 he began to research "computer vision", or pattern recognition, and the structure of motion in mobile robots. Asada is known for his work on image processing and robotic behaviors.

He served as president of the International RoboCup Federation from 2002 to 2008 and Research "Director of the ASADA Synergistic Intelligence Project of ERATO" from 2005 to 2011. Effects of Observing Eye Contact between a Robot and Another Person RoboCup 1997. LNCS, vol. 1395 Robot intelligence Towards understanding the origin of infant-directed speech: A vocal robot with infant-like articulation Cognitive Developmental Robotics towards Understanding and Designing Body gRoboCup: A Challenge At Problem,• h At Maga zine RoboCup: the World Cup Initiative Analysis of causality network from interactions between nonlinear oscillator networks and musculoskeletal system