PPT-Cerebellar Spiking Engine:

EDLUT simulator UGR with input from other partners Motivation Simulation of biologically plausible spiking neural structures Allow the simulation of different neuron models Allow the incorporation of new neural features into neuron models without needing to modify the simulator code. The Model. T-current mechanism for escape. Release of Synaptic inhibition . Mapping. Fixed points of mark out-of-phase bursting. A function of T-current inactivation parameters alone. Stability. Abstraction in . Manipulation. . UGR . with. input . from. PAVIA and . other. . partners. Motivation. Abstract . corrective models in the framework of a robot control task when manipulating objects that significantly affect the dynamics of the . Banafsheh. . Rekabdar. Biological Neuron:. The Elementary Processing Unit of the Brain. Biological Neuron:. A Generic Structure. Dendrite. Soma. Synapse. Axon. Axon Terminal. Biological Neuron – Computational Intelligence Approach:. Brains and games. Introduction. Spiking Neural Networks are a variation of traditional NNs that attempt to increase the realism of the simulations done. They more closely resemble the way brains actually operate. . Rekabdar. Biological Neuron:. The Elementary Processing Unit of the Brain. Biological Neuron:. A Generic Structure. Dendrite. Soma. Synapse. Axon. Axon Terminal. Biological Neuron – Computational Intelligence Approach:. Cognitive Anteater Robotics Lab (CARL). Department of Cognitive Sciences. Kristofor . D. . Carlson. , Michael . Beyeler. , Ting-. Shuo. Chou, . Nikil. . Dutt. , Jeffrey L. . Krichmar. Overview. Spiking Neural Networks (SNNs). Theresa A. . Zesiewicz. , MD FAAN. Director, USF Ataxia Research Center. University of South Florida, Tampa. Cerebellar. Ataxia. The cerebellum: structure in the brain that is paramount in maintaining balance.. v-. Nullcline. (. I. ap. =0). W=0. v. -1. 0. 1. v. 0<W<1. V derivative is 0 at the hash . markes. Connect the hash marks for all w to form the v-. nullcline. Morris-. Lecar. Phase Plane. Red: . Tutor name. TuBS. attendance. https://tutorialbooking.com/. Session overview. Common cerebellar pathologies . How to present your findings. Demonstration of clinical signs. Case presentations and OSCE questions. PULSE: Preparation for Finals. Tutor name. Resource summary. Common OSCE questions/topics. Case-based additional . information . What is the function of the cerebellum?. The ‘little brain’. Co-ordination, precision and timing.  cerebellar glomerulus. M.A. Xu-Friedman & W.G. . Regehr. , . J.Neurosci. , 2003. J. . Hamori. & J. Somogyi, . J.Comp.Neurology. , 1983. =“claws”. Purkinje cells are at the midpoint of a massive convergence. Ágnes Nemeskéri. 2018. Semmelweis University. Department. of . Anatomy. , . Histology. . and . Embryology. nemeskeri.agnes. @. med.semmelweis-univ.hu. Function. of . cerebellum. C. erebellum is classically thought to control . LECTURE-30 (20 APRIL 2013) 1-2 . PM. Professor . Dr. . Wahengbam. PS AL . Waheed. . MBBS,MD(PSM),MD(Medicine. ). Recall cerebellar functions. The . cerebellum processes input from other areas of the brain, spinal cord and sensory receptors to provide precise timing for coordinated, smooth movements of the skeletal muscular system. . )?. Dagmar Timmann, University Hospital Essen . Work package 7 (WP7) . 2. RO4: . How . do changes in cerebellar circuits contribute . to . pathology (developmental, cerebellar degenerative and anxiety disorders.