The software implements core elements of the SCORE Cognitive Framework. This Associative Network and Situation Recognition core is implemented in the Umbra simulation and modular software framework, which is C++-based. An instance of the cognitive framework kernel is implemented as a network of Umbra modules (Gottlieb, et al, 2002) comprising a Concepts Database, an Associative Network, a Situation Recognizer, a Comparator, and a Situations-Concept Driver. At initialization, these modules load the data files that together specify all the components of a particular cognitive model, such as concept declarations, situation declarations, spreading activation weights, and situation-cue-patterns. The software also includes a Discrepancy Detector class for detecting, overtime, discrepancies between instances of situations and occurrences of actions, A Discrepancy Detector can be incorporated into a system that includes, in addition to the network of modules above, software that monitors when a user performs an action and that passes this information to the Discrepancy Detector module, At initialization, the Discrepancy Detector module in such a system reads in data file specifying action declarations, the expectations of action instances due to a situation instance, and actions that should be considered discrepant when an instance is not expected. The figure below illustrates a prototype system incorporating a Discrepancy Detector module.
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Xavier, Patrick G., and Lippitt, Carl E. Sandia Cognitive Rsch. Environ.: Associative Network and Situation Recognition C.
Computer software. Vers. 00. USDOE. 11 Dec. 2003.
Web.
Xavier, Patrick G., & Lippitt, Carl E. (2003, December 11). Sandia Cognitive Rsch. Environ.: Associative Network and Situation Recognition C (Version 00) [Computer software].
Xavier, Patrick G., and Lippitt, Carl E. Sandia Cognitive Rsch. Environ.: Associative Network and Situation Recognition C.
Computer software. Version 00. December 11, 2003.
@misc{osti_1230705,
title = {Sandia Cognitive Rsch. Environ.: Associative Network and Situation Recognition C, Version 00},
author = {Xavier, Patrick G. and Lippitt, Carl E.},
abstractNote = {The software implements core elements of the SCORE Cognitive Framework. This Associative Network and Situation Recognition core is implemented in the Umbra simulation and modular software framework, which is C++-based. An instance of the cognitive framework kernel is implemented as a network of Umbra modules (Gottlieb, et al, 2002) comprising a Concepts Database, an Associative Network, a Situation Recognizer, a Comparator, and a Situations-Concept Driver. At initialization, these modules load the data files that together specify all the components of a particular cognitive model, such as concept declarations, situation declarations, spreading activation weights, and situation-cue-patterns. The software also includes a Discrepancy Detector class for detecting, overtime, discrepancies between instances of situations and occurrences of actions, A Discrepancy Detector can be incorporated into a system that includes, in addition to the network of modules above, software that monitors when a user performs an action and that passes this information to the Discrepancy Detector module, At initialization, the Discrepancy Detector module in such a system reads in data file specifying action declarations, the expectations of action instances due to a situation instance, and actions that should be considered discrepant when an instance is not expected. The figure below illustrates a prototype system incorporating a Discrepancy Detector module.},
doi = {},
url = {https://www.osti.gov/biblio/1230705},
year = {Thu Dec 11 00:00:00 EST 2003},
month = {Thu Dec 11 00:00:00 EST 2003},
note =
}
