This theme focuses on modeling human cognitive processes as dynamic, probabilistic systems that continuously update internal representations based on sensory input, memory, emotion, and context. The probabilistic framework offers a formalism for understanding perception, memory reconstruction, and decision-making as non-static, feedback-driven processes. It also integrates empirical findings on human memory recall and recognition performance using mathematical models grounded in cognitive architectures. Understanding these processes is crucial for building realistic cognitive models that capture the fluid, adaptive nature of human cognition.
2024, Dynamic Model of the Mind Theory
2024, Journal of Mathematical Physics
2015
This theme explores the challenges inherent in developing cognitive architectures that accurately represent human cognition, including defining theoretical bases, achieving methodological consistency, and integrating multi-level cognitive processes such as memory, attention, and decision-making. It also addresses debates on unified frameworks, how to reconcile biological realism with computational efficiency, and how architectural decisions impact the applicability of models to practical cognitive engineering problems. Understanding these challenges guides the design of computational systems that better emulate natural cognition for applications spanning AI, robotics, and neuropsychiatry.
2021, Artificial Intelligence Review
2016
2022, Human Factors and Ergonomics Society Annual Meeting Proceedings
2024, Ai Magazine
This theme investigates non-traditional computational perspectives that challenge the orthodox view of cognition as neural computation involving symbolic representation. It includes dynamical systems approaches, non-representational enactivist frameworks, and biologically grounded models emphasizing embodied, situated cognition and thermodynamic processes rather than symbolic information processing. Additionally, it examines the implications of these viewpoints for developing biologically inspired artificial cognitive architectures and improving AI through more faithful models of natural intelligence.
2023, Frontiers in Psychology
2024, Frontiers in Neurorobotics
2018, Procedia Computer Science 145 , 153–157
2026, Zenodo
2025
2024, Journal of Happiness Studies
2023, Springer eBooks
2023, Springer eBooks
2023
2023, KI - Künstliche Intelligenz
2023, Emotions, Imagination, and Moral Reasoning
2022, Res Publica
2022
2022
2021, Morality and the Emotions
2019
2019, Cognitive Systems Research
2016
2016
2016, Studies in Applied Philosophy, Epistemology and Rational Ethics
2015, Topoi
2015
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