How do people treat robot teammates compared to human opponents? Past research indicates that people favor, and behave more morally toward, ingroup than outgroup members. People also perceive that they have more moral responsibilities toward humans than nonhumans. This paper presents a 2×2×3 experimental study that placed participants (N = 102) into competing teams of humans and robots. We examined how people morally behave toward and perceive players depending on players’ Group Membership (ingroup, outgroup), Agent Type (human, robot), and participant (...) group Team Composition (humans as minority, equal, or majority within the ingroup compared to robots). Results indicated that participants favored the ingroup over the outgroup and humans over robots – to the extent that they favored ingroup robots over outgroup humans. Interestingly, people differentiated more between ingroup than outgroup humans and robots. These effects generalized across Team Composition. (shrink)

How do people treat robot teammates compared to human opponents? Past research indicates that people favor, and behave more morally toward, ingroup than outgroup members. People also perceive that they have more moral responsibilities toward humans than nonhumans. This paper presents a 2×2×3 experimental study that placed participants (N = 102) into competing teams of humans and robots. We examined how people morally behave toward and perceive players depending on players’ Group Membership (ingroup, outgroup), Agent Type (human, robot), and participant (...) group Team Composition (humans as minority, equal, or majority within the ingroup compared to robots). Results indicated that participants favored the ingroup over the outgroup and humans over robots – to the extent that they favored ingroup robots over outgroup humans. Interestingly, people differentiated more between ingroup than outgroup humans and robots. These effects generalized across Team Composition. (shrink)

We report two experimental studies of human perceptions of robotic facial expressions while systematically varying context effects and the cultural background of subjects. Except for Fear, East Asian and Western subjects were not significantly different in recognition rates, and, while Westerners were better at judging affect from mouth movement alone, East Asians were not any better at judging affect based on eye/brow movement alone. Moreover, context effects appeared capable of over-riding such cultural differences, most notably for Fear. The results seem (...) to run counter to previous theories of cultural differences in facial expression based on emoticons and eye fixation patterns. We connect this to broader research in cognitive science – suggesting the findings support a dynamical systems view of social cognition as an emergent phenomenon. The results here suggest that, if we can induce appropriate context effects, it may be possible to create culture-neutral models of robots and affective interaction. (shrink)

We report two experimental studies of human perceptions of robotic facial expressions while systematically varying context effects and the cultural background of subjects. Except for Fear, East Asian and Western subjects were not significantly different in recognition rates, and, while Westerners were better at judging affect from mouth movement alone, East Asians were not any better at judging affect based on eye/brow movement alone. Moreover, context effects appeared capable of over-riding such cultural differences, most notably for Fear. The results seem (...) to run counter to previous theories of cultural differences in facial expression based on emoticons and eye fixation patterns. We connect this to broader research in cognitive science – suggesting the findings support a dynamical systems view of social cognition as an emergent phenomenon. The results here suggest that, if we can induce appropriate context effects, it may be possible to createculture-neutral modelsof robots and affective interaction. (shrink)

We report two experimental studies of human perceptions of robotic facial expressions while systematically varying context effects and the cultural background of subjects. Except for Fear, East Asian and Western subjects were not significantly different in recognition rates, and, while Westerners were better at judging affect from mouth movement alone, East Asians were not any better at judging affect based on eye/brow movement alone. Moreover, context effects appeared capable of over-riding such cultural differences, most notably for Fear. The results seem (...) to run counter to previous theories of cultural differences in facial expression based on emoticons and eye fixation patterns. We connect this to broader research in cognitive science – suggesting the findings support a dynamical systems view of social cognition as an emergent phenomenon. The results here suggest that, if we can induce appropriate context effects, it may be possible to createculture-neutral modelsof robots and affective interaction. (shrink)