Modeling the Dynamic Processing of the Presynaptic Terminals for Intrabody Nanonetworks PROJECT TITLE :Modeling the Dynamic Processing of the Presynaptic Terminals for Intrabody NanonetworksABSTRACT:Experimental evidences show that: 1) the discharge sites from a single axon have variable unleash chances, even when the axon contacts the same postsynaptic neuron; two) this variability in the release chance implies a compartmentalization at the extent of the presynaptic terminals of the neuronal processing; 3) the specificity of the presynaptic terminal processing is driven by and reflects the complicated biophysical mechanisms activated at the axon terminals when a spike is fired in response to a stimulus. Stemming from these experimental evidences, we propose a Communication engineering model for capturing the behavior of biological neurons. Specifically, by adopting a stochastic approach, the presynaptic terminals are modeled as a dynamic array of transmitters, where each transmitter models the processing specificity of a presynaptic terminal. In particular, we initial show that the distinctive and specific processing of a presynaptic terminal will be reconducted to the cascade of a frequency selector and an amplitude modulator. Then, we characterize the propagation of the presynaptic-filtered signal through the synaptic cleft, and we derive the delay together with the channel attenuation as a perform of the gap between the communicating neurons. Finally, the theoretical analysis is validated through numerical simulation. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Survey of End-to-End Mobile Network Measurement Testbeds, Tools, and Services Achievable Throughput Analysis of Opportunistic Spectrum Access in Cognitive Radio Networks With Energy Harvesting