Haptic perception is one of the primary means of interaction with the world. Recent research on affective haptics suggests that it can affect emotional and behavioral responses. In this study, we evaluate user perceptions of haptic stimuli generated by air vortex rings on the cheek and investigate the effects on their physiological responses. To develop a cheek haptic display, we investigated and found that the cheek had enough resolution to perceive the differences in haptic stimuli in a two-point discrimination threshold test of the face. Additionally, the intensities of the haptic stimuli for experiments were determined by investigating the subjective impressions of different stimuli pairs. Finally, we conducted experiments to evaluate quantitatively the effects of four different combinations of haptic stimuli on the physiological responses in terms of stress modification, brainwave activities, task performance, and subjective assessment. The results suggest that different stimuli affect physiological responses and task performance.

Many interactive user interfaces require the location and orientation of the user. Recently massively distributed RFID tags are being used in location aware system by attaching RFID reader to mobile robot or a person.[Bohn and Matter 2004] [Scooter and Helal 2004] These applications use RFID tags in position detection methods, in which physical coordinates are correlated with RFIDs by using a mapping table. Although such application of RFID technology has high potential, implementing such a system in physical space using conventional methods is expensive and time consuming. To resolve these problems, we have developed an RFID textile which is able to be woven commercially using a conventional loom.

Wearable Forest is a clothing design that bio-acoustically interacts with distant wildlife in a remote forest through a remote-controlled speaker and microphone using a network. It expresses the bioacoustical beauty of nature in its unique aesthetic appeal for users and allows the users interact with a forest in real time through a network to acoustically experience a distant forest soundscape, thus merging man and nature without environmental destruction. This novel interactive sound system can create a sense of unity between users and a remote soundscape, enabling users to feel a sense of belonging to nature even in the midst of a city.