Kansei Analysis for Ubiquitous Robots Interacting with People in Dynamic Environments
Contents Introduction Introduction Human Behavior Human Behavior Personal Space Personal Space New system New system Future aspects Future aspects Construction Construction Summary Summary
Introduction Mobile robots, Autonomous robots, Android robots Humanoid Robots (Human LIKE robot???) Features: Interaction with Humans Imitate human actions
Requirements Human like appearance Human like behavior Human like feelings
Moving Around People Moving around Interactions with humans Form in queues
Queuing Forming a line of people
What to Consider
Dos and Don`ts
Line Modeling
Perfect Line Appropriate Spacing
Nakauchi Model Nakauchi Model of a Human
Personal Space Nakauchi Model of personal space when people are forming a line
Forming Line Nakauchi Model of line of people
Simplified Version Average distances with reference to generalized circular diameter of a human
Generalization Considered as a percentage of 177.8% in front, 44.4% behind and 66.7% in sides as the following proportion yields. (a_dist. / g.c.d.) X 100%
Application
Other Factors Shape Size Colour Sound Ohh!
Relationships Size and Distance –Distance = K 1 + K 2 Size Shape and Distance –Distance = K 3 + K 4 Shape
Moving Around Safe distance (sd) and Personal distance (pd) (personal space)
Show Feelings Eyes and Mouth Happy Unhappy
Experimental Setup
Measure for Personal Space
Indication of Feelings FaceFine HappySad
Fuzzy System Fuzzy inference system Fuzzy inference system Distance Rate of change Feeling
One Output Distance = Rate of Change = Feeling = 0.454
Some Considerations Making voice messages Object identification and response Shuu... Wow
Human interaction Recognition of –Voice –Gesture HumanRobot
Summary Social rules Human feelings identification –Personal space Show some feelings –Eye colour –Mouth shape More analysis into personal space –Shape –Colour Using voice Identify gestures More friendly human interaction In the future: