Titlebook: Artificial Cognition Architectures; James A. Crowder,John N. Carbone,Shelli A. Friess Book 2014 Springer Science+Business Media New York 2

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Mental Decay and Mental Growth,g, reasoning system (analogous to a synthetic brain), and how a SELF must possess constructs in its hardware and software to mimic humanistic processes and subsystems . This chapter will focus more upon designing and implementing these humanistic structures by understanding how they must interact an

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John P. Ianniello,J. Matthew Tattersallthe ability to recall information and knowledge as well as events that have happened to us in the past. We base our current understanding of the world around us on what we have learned and stored in the past and we react to that same environment relying on the memories of what has happened before, a

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金哥占卜者

Paul G. Spirakis,Christos D. Zaroliagisnderstanding. The first ten chapters have concentrated on the cognitive side of the software architectures and frameworks to accomplish artificial consciousness and artificial human cognitive skills [9, 10]. However, the next few chapters will focus on the pragmatic computer software and hardware ar

冰河期

花费

Timo Aho,Tapio Elomaa,Jussi Kujalailities and limitations; including cyber security within its cognitive framework. The Cognitrons within the system themselves can learn, adapt, and evolve and can communicate with each other, allowing cognitive collaboration and cognitive economy within a SELF. So if we can actually build the comple

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Artificial Cognitive Software Architectures,f a specific archetype (e.g. Reasoner Cognitron), a set of archetype specific services is defined. Additional services can always be added to extend capabilities of a Cognitron archetype. Figure 10.1 lists the core set of services from which a Cognitron’s capabilities can be defined [198].