Hi JD, The short answer is "No", I don't know where to find the...

Hi JD,

The short answer is "No", I don't know where to find the documentation of the coding. As I said, @uiux may be more helpful here.

However, the patent does provide a fairly full dscription of the interaction betwen the processor and the neuron/synapse registers on a human level.

Hope these diagrams and the one above help.


neuron fabric 201 can include a plurality of reconfigurable neural processors 208. A neural processor 208 can include a plurality of neurons. For example, a neural processor 208 can include a plurality of spiking neuron circuits and a plurality of synapses. As discussed above, a spiking neuron circuit can be implemented using an input spike buffer 103, packetizer 114, packet register 104, logical AND circuit 107, logical AND circuit 108, counter 109, threshold comparator 110, learning threshold value 111, spiking threshold value 112. The plurality of synapses can implement using weights register 106, synaptic weight storage 105, and weight swapper 113. Each neural processor 208 can include a plurality of reprogrammable spiking neuron circuits that can be connected to any part of neural fabric 201.





[0101] During the initialization of neuron fabric 201, processor complex 204 can read serial ROM 226 and configure neuron fabric 201 for an externally defined function by writing values to configuration registers 228 and synaptic weight storage 222.

[0102] In some embodiments, processor complex 204 is available externally through PCIe interface 230. A program can be stored in memory 224. The program can determine the function of UART interface 234, CAN interface 236, USB interface 238, and Ethernet interface 240. One or more of these interfaces can deliver data to be processed by neuron fabric 201, processor complex 204, or both.


If you have the time and the motivation, this patent specification is very informative.