AbstractPrevious research has shown that facial motion can carry information about age, gender, emotion and, at least to some extent, identity. By combining recent computer animation techniques with psychophysical methods, we show that during the computation of identity the human face recognition system integrates both types of information: individual non-rigid facial motion and individual facial form. This has important implications for cognitive and neural models of face perception, which currently emphasize a separation between the processing of invariant aspects (facial form) and changeable aspects (facial motion) of faces
Using computer animated laserscans of human faces we have recently shown that complex non-rigid faci...
In the real world faces move in a variety of ways, some of which are to do with their signal-sending...
Facial movements convey information about many social cues, including identity. However, how much in...
Previous research has shown that facial motion can carry information about age, gender, emotion and,...
Previous research has shown that facial motion can carry information about age, gender, emotion and,...
Previous research has shown that facial motion can carry information about age, gender, emotion and,...
AbstractPrevious research has shown that facial motion can carry information about age, gender, emot...
Faces are dynamic objects that continuously move as we talk or laugh. Such facial motion can facilit...
Faces are dynamic objects that continuously move as we talk or laugh. Such facial motion can facilit...
In this chapter, we will focus on the role of motion in identity and expression recognition in human...
When we speak, laugh or cry our faces move in complex, non-rigid ways. Can such motion patterns infl...
Advances in marker-less motion capture technology now allow the accurate replication of facial motio...
When we speak, laugh or cry our faces move in complex, non-rigid ways. Can such motion patterns infl...
Faces often move in complex, non-rigid ways (talking or laughing). Do such motion patterns influence...
Using computer animated laserscans of human faces we have recently shown that complex non-rigid faci...
Using computer animated laserscans of human faces we have recently shown that complex non-rigid faci...
In the real world faces move in a variety of ways, some of which are to do with their signal-sending...
Facial movements convey information about many social cues, including identity. However, how much in...
Previous research has shown that facial motion can carry information about age, gender, emotion and,...
Previous research has shown that facial motion can carry information about age, gender, emotion and,...
Previous research has shown that facial motion can carry information about age, gender, emotion and,...
AbstractPrevious research has shown that facial motion can carry information about age, gender, emot...
Faces are dynamic objects that continuously move as we talk or laugh. Such facial motion can facilit...
Faces are dynamic objects that continuously move as we talk or laugh. Such facial motion can facilit...
In this chapter, we will focus on the role of motion in identity and expression recognition in human...
When we speak, laugh or cry our faces move in complex, non-rigid ways. Can such motion patterns infl...
Advances in marker-less motion capture technology now allow the accurate replication of facial motio...
When we speak, laugh or cry our faces move in complex, non-rigid ways. Can such motion patterns infl...
Faces often move in complex, non-rigid ways (talking or laughing). Do such motion patterns influence...
Using computer animated laserscans of human faces we have recently shown that complex non-rigid faci...
Using computer animated laserscans of human faces we have recently shown that complex non-rigid faci...
In the real world faces move in a variety of ways, some of which are to do with their signal-sending...
Facial movements convey information about many social cues, including identity. However, how much in...