Procedure

• The web-based platform allows the user to generate spiking neurons that mimics biological neural circuits using Adex Model.
• The modeled stimulator has radio buttons to change different parameters for generating the neuronal spikes.

• User can change the parameters like membrane capacitance (C), the leak conductance (gl), the threshold (vt), the adaptation time constant(tw), the adaptation coupling parameter (a), Input current (I), Time (T), the leak reversal potential (el), the adaptation current (del), Voltage Reset (Vr), the spike triggered adaptation(b).
• The web-based platform can generate different firing patterns of motor units like fast spiking(fs) and regular-spiking (rs).
• User can also provide their choice of network parameters ie Number of neurons to be spiked in the “Number of Neurons” radio buttons.
• After providing the number of neurons, click on the “Add Neurons” radio button to generate the spike.
• After providing the parameters, user can run the simulation and can visualize different patterns of Spiking neurons.
• Bursting of neurons by Adex model generate spike patterns with voltage as a function of time on horizontal axis and adaptation variable on vertical axis.
• For generating a regular-spiking patterns of neural networks, user can provide their choice of parameter values and visualize the spiking patterns as: 

• Bursting of neurons by Adex model generate spike patterns with voltage as a function of time on horizontal axis and adaptation variable on vertical axis.
• For generating a fast-spiking patterns of neural networks, user can provide their choice of parameter values and visualize the spiking patterns as: