This book provides a unique formal foundation for the development of statistical tools useful in the exploration of observational and experimental data related to embodied cognition. The asymptotic limit theorems of information and control theories can be used to construct statistical tools analogous to -- but different from -- regression models for the study of the often highly punctuated cognitive phenomena embedded in and hence influenced by a surrounding ecosystem of which the phenomena are themselves part. The book builds probability models based on those theorems that incorporate embodiment at a number of scales and levels of organization, ranging from the effects of stress on the immune system within a higher organism, through institutional (and machine) cognition under challenge from adversaries, to the failure of public health institutions under pathogen challenge. In distinct contrast to the existing literature, many detailed, worked-out examples provide templates for sophisticated readers to build their own model/tool constructs.

Describes formal models of embodied cognition based on the asymptotic limit theorems of information and control theories Supplies templates for constructing new statistical tools Has many worked-out examples at and across different scales and levels of organization

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Limit Theorems and related matters.- Stress and Immune Dysfunction.- Innate and Adaptive Regulation of Cognition.- The Regulation of Embodied Cognition and its Failure.- Compounding the Driverless Car Fiasco.- Sun Tzu Praxis and its Discontents.- Fog, Friction, and Failure in Organized Conflict.- Agribusiness vs Public Health Black Plague 2.0.- Doctrine and Initiative in Organized Conflict.- On Speciation Fragmentation, extinction, and adaptation.