Saptarshi Sadhu
ABSTRACT
The social pendulum is an oscillating robot, which exhibits certain personality traits based on its proximity to 'known' people through audile cues and changing patterns of its oscillations. The onboard camera(s) recognize faces of people in its surroundings and each new face is registered and a corresponding 'behavior metric' is prepared. Parameters such as time spent in its proximity, kind of words spoken etc. affects the individual's behavior metric which determines the pendulum's reaction.
- Basyal, Lochan & Karki, Bishal & Adhikari, Gaurav & Singh, Jagdeep. (2018). EFFICIENT HUMAN IDENTIFICATION THROUGH FACE DETECTION USING RASPBERRY PI BASED ON PYTHON-OPENCV.Google Scholar
- Reis, Harry & Maniaci, Michael & Caprariello, Peter & Eastwick, Paul & Finkel, Eli. (2011). Familiarity Does Indeed Promote Attraction in Live Interaction. Journal of personality and social psychology. 101. 557--70. 10.1037/a0022885.Google ScholarCross Ref
- Bhanse, Vivek & Jaybhaye, Maheshwar. (2018). Face Detection and Tracking Using Image Processing on Raspberry Pi. 1099--1103. 10.1109/ICIRCA.2018.8597246.Google Scholar
- Batool, Sumaya & Malik, Najma. (2018). Role of Attitude Similarity and Proximity in Interpersonal Attraction among Friends. International Journal of Innovation and Technology Management. 1.Google Scholar
Index Terms
- The Social Pendulum: An Oscillating Robot with Moods and Swings
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