Choice blindness and trust in the virtual world (ヒューマン情報処理)
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概要
- 論文の詳細を見る
Choice blindness is the experimental finding that people may miss changes to the outcome of their actions. This effect has been demonstrated in decision tasks concerning attractiveness of faces, as well as smell and taste of different consumer products. But so far, choice blindness experiments have only been done in the "physical" world, using real objects like photographs. Here we extend this research by demonstrating the choice blindness effect in the virtual world of computers. An important component of this study in that we emulate the social interaction from the original studies by letting a virtual agent run the experiment, presenting the choice alternatives and performing the manipulations.
- 社団法人電子情報通信学会の論文
- 2007-05-17
著者
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WATANABE Katsumi
The University of Tokyo
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Watanabe Katsumi
The University Of Tokyo Research Center For Advanced Science And Technology (cognitive Science)
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JOHANSSON Petter
The University of Tokyo, Research Center for Advanced Science and Technology (Cognitive Science)
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HALL Lars
Harvard University, Department of Psychology
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GULZ Agneta
Lund University, Lund University Cognitive Science
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HAAKE Magnus
Lund University, Lund University Cognitive Science
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Hall Lars
Harvard University Department Of Psychology
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Johansson Petter
The University Of Tokyo Research Center For Advanced Science And Technology (cognitive Science)
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Gulz Agneta
Lund University Lund University Cognitive Science
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Haake Magnus
Lund University Lund University Cognitive Science
関連論文
- Audio-visual integration of offset signals(Summaries of Awarded Presentation at the 28th Annual Meeting)
- Snapshot memory enhancement : Effects of visual change on the memory of a movie scene(Summaries of Awarded Presentation at the 28th Annual Meeting)
- Choice blindness and trust in the virtual world
- Choice blindness and trust in the virtual world (ヒューマン情報処理)
- Choice blindness and trust in the virtual world (ヒューマンコミュニケーション基礎)
- Editorial for the Special Issue
- Crowding effect for discriminating walking direction of a biological motion(Summary of Awarded Presentation at the 31st Annual Meeting)