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    Neuroscience Basic Knowledge

    The LIF model LIF: Leaky Integrated-and -Fire 1. Membrane Equation $$ \begin{align*} \ &\tau_m\,\frac{d}{dt}\,V(t) = E_{L} - V(t) + R\,I(t) &\text{if }\quad V(t) \leq V_{th} \\ \\ &V(t) = V_{reset} &\text{otherwise}\ \ \end{align*} $$ where $V(t)$ is the membrane potential(膜电势), $\tau_m$ is the membrane time constant, $E_{L}$ is the leak potential, $R$ is the membrane resistance, $I(t)$ is the synaptic input current, $V_{th}$ is the firing threshold, and $V_{reset}$ is the reset voltage.

    August 9, 2021 Read
    Ionic Currents

    I. A mathematical model of a neuron Equivalent circuit model Parts of the circuit: Power supplies: multiple to power different parts of the circuit to do different things Integartor(积分器) of past inputs Temporal filter to smooth inputs in time Spike generator: the sodium current(钠通路) and potassium current(钾通路) make a spike generator that generates an action potential and then talks to another neurons. Oscillator(振荡器) The wires of brain: The intracellular and extracelluar sapce is filled with salt solution.

    April 16, 2021 Read
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