Titlebook: Computational Neurology and Psychiatry; Péter Érdi,Basabdatta Sen Bhattacharya,Amy L. Coch Book 2017 Springer International Publishing AG

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A Computational Model of Neural Synchronization in Striatum,-based action selection, has drawn recent attention. As more is discovered about the role of basal ganglia circuits in reward based learning for decision-making, it is increasingly recognized that deficits of this circuit give rise to psychiatric disorders besides neurodegenerative diseases. Striatu

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A Neural Mass Computational Framework to Study Synaptic Mechanisms Underlying Alpha and Theta Rhythles in faster progress in this field has been the current state-of-the-art computational platforms and frameworks that struggle to simulate, in terms of time and memory, the complex brain structures and functions. Thus, modelling of neuronal population that are packed in dense spatial clusters and s

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The Role of Simulations in Neuropharmacology, and dynamics. They successfully deepened our knowledge on systems ranging from biomolecular to neuronal network scale. In spite of these successes, Modeling and Simulation still represent a marginal contribution to the field of neuropharmacology. What may be the reasons behind this? These pages suc

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https://doi.org/10.1007/978-3-031-55552-7hen only time courses of mood are available. For each model we consider, time courses are evaluated through data transformations and statistical techniques, including estimating survival functions and spectral density. We then provide guidelines on how to decide whether a certain modeling assumption, e.g. periodicity, is appropriate.

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Miscellaneous Applications of Superhalogens, address this inverse problem. Using Bayesian model inversion and model comparison, DCM allows evaluation of different hypotheses regarding pathomechanisms leading to dynamic brain dysfunction in NMDA receptor encephalitis.

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https://doi.org/10.1007/978-3-642-73205-8basal ganglia in the context of action selection. Through computational simulation and mathematical analysis of these models we demonstrate that a regime of partial activity synchronization can be considered as a potential mechanism for the action selection.