Running head: Presentation time in expert memory The template theory presented in Gobet and Simon (1996a, 1998) is based on the EPAM theory (Feigenbaum & Simon, 1984; Richman et al., 1995), including the numerical parameters that have been estimated in tests of the latter; and it therefore offers precise predictions for the timing of cognitive processes during the presentation and recall of chess positions. This paper describes the behavior of CHREST, a computer implementation of the template theory, in a task when the presentation time is systematically varied from one second to sixty seconds, on the recall of both game and random positions, Five Seconds or Sixty
There is ample evidence that experts’ performance is mostly due to domain specific knowledge. Some c...
This study aims to test the divergent predictions of the chunking theory (Chase & Simon, 1973) and t...
The informative value of time and temporal structure often remains neglected in cognitive assessment...
The template theory presented in Gobet and Simon (1996a, 1998) is based on the EPAM theory (Feigenba...
A great deal of research has been devoted to developing process models of expert memory. However, Vi...
This paper explores, both wit This study reflects a recent shift towards the study of early stages o...
This paper addresses empirically and theoretically a question derived from the chunking theory of me...
Long-term working memory (Ericsson and Kintsch, 1995) is a theory covering empirical data from sever...
This paper compares four current theories of expertise with respect to chess players’ memory: Chase ...
Expert computer performances in domains such as chess are achieved by techniques different from thos...
A great deal of research has been devoted to developing process models of expert memory. However, K....
Experts appear able to handle much larger amounts of specialized information than nonexperts, and ha...
This paper explores the question, important to the theory of expert performance, of the nature and n...
Generating quantitative predictions for complex cognitive phenomena requires precise implementa...
After reviewing the relevant theory on chess expertise, this paper re-examines experimentally the fi...
There is ample evidence that experts’ performance is mostly due to domain specific knowledge. Some c...
This study aims to test the divergent predictions of the chunking theory (Chase & Simon, 1973) and t...
The informative value of time and temporal structure often remains neglected in cognitive assessment...
The template theory presented in Gobet and Simon (1996a, 1998) is based on the EPAM theory (Feigenba...
A great deal of research has been devoted to developing process models of expert memory. However, Vi...
This paper explores, both wit This study reflects a recent shift towards the study of early stages o...
This paper addresses empirically and theoretically a question derived from the chunking theory of me...
Long-term working memory (Ericsson and Kintsch, 1995) is a theory covering empirical data from sever...
This paper compares four current theories of expertise with respect to chess players’ memory: Chase ...
Expert computer performances in domains such as chess are achieved by techniques different from thos...
A great deal of research has been devoted to developing process models of expert memory. However, K....
Experts appear able to handle much larger amounts of specialized information than nonexperts, and ha...
This paper explores the question, important to the theory of expert performance, of the nature and n...
Generating quantitative predictions for complex cognitive phenomena requires precise implementa...
After reviewing the relevant theory on chess expertise, this paper re-examines experimentally the fi...
There is ample evidence that experts’ performance is mostly due to domain specific knowledge. Some c...
This study aims to test the divergent predictions of the chunking theory (Chase & Simon, 1973) and t...
The informative value of time and temporal structure often remains neglected in cognitive assessment...