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41
Modeling procrastination as rational metareasoning about task effort ...
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42
Sampling Heuristics for Active Function Learning ...
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43
Grounding Word Learning Across Situations ...
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44
Chunking as a Rational Solution to the Speed-Accuracy Trade-off in a Serial Reaction Time Task ...
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45
Chunking as a Rational Solution to the Speed-Accuracy Trade-off in a Serial Reaction Time Task ...
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46
Is it for all? Spatial abilities matter in processing gestures during the comprehension of spatial language ...
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47
Children’s reasoning about hypothetical interventions to complex and dynamic causal systems ...
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48
Development of Self and Other’s Body Perception; Effects of Familiarity and Gender on How Children Perceive Adults. ...
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49
The Role of Mindreading in a Pluralist Framework of Social Cognition ...
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50
Sensorimotor similarity: A fully grounded and efficient measure of semantic similarity ...
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51
Sampling Heuristics for Active Function Learning ...
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52
Transfer of learned opponent models in repeated games ...
Abstract: Human learning transfer takes advantage of important cognitive building blocks such as an abstract representation of concepts underlying tasks and causal models of the environment. One way to build abstract representations of the environment when the task involves interactions with others is to build a model of the opponent that may inform what actions they are likely to take next. In this study, we explore opponent modelling and its role in learning transfer by letting human participants play different games against the same computer agent, who possesses human-like theory of mind abilities with a limited degree of iterated reasoning. We find that participants deviate from Nash equilibrium play and learn to adapt to the opponent's strategy to exploit it. Moreover, we show that participants transfer their learning to new games and that this transfer is moderated by the level of sophistication of the opponent. Computational modelling shows that it is likely that players start each game using a model-based ...
Keyword: Applied Linguistics; Cognitive Linguistics; Cognitive Science; Pragmaliguistics; Psycholinguistics
URL: https://dx.doi.org/10.48448/b7fm-s349
https://underline.io/lecture/26745-transfer-of-learned-opponent-models-in-repeated-games
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53
A Mixture of Experts in Associative Generalization ...
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54
A Small-Scale Study: Patterns of Language Choice in Families in Multilingual Kazakhstan ...
Languaging Diversity 2021 2021. - : Underline Science Inc., 2021
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55
Eye movements when reading spaced and unspaced texts in Arabic ...
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56
Ritualized commitment displays in humans and non-human primates ...
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57
Learning part-based abstractions for visual object concepts ...
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58
Numbers vs. Variables: The Effect of Symbols on Students’ Math Problem-Solving ...
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59
Speak before you listen: Pragmatic reasoning in multi-trial language games ...
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60
The Role of Attention in Learning through Overheard Speech ...
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