Epilepsy state closed-loop control experiment platform based on FPGA

The invention provides an epilepsy state closed-loop control experiment platform based on an FPGA. The FPGA serves as a lower computer of the experiment platform, and discharging waveform observation and parameter setting are carried out with the help of an upper computer interface compiled through VB. An epilepsy nerve cluster mathematic model is achieved through the FPGA, discharge mode control of an epilepsy nerve cluster network is achieved by means of closed-loop feedback control, and an upper computer is used for conducting parameter adjustment and discharging waveform observation. The method has the advantages that modeling for a complicated epilepsy neuron network is achieved through the experiment platform serving as non-animal experimenting of a biological neural network and based on the high-speed calculation FPGA neuron network, and the time scale is consistent with that of real biological neurons. The visualization research platform more close to a real neural network is provided for researching a discharge mechanism of neuron clusters of the epileptic disease, epilepsy nerve cluster network closed-loop control under the action of an electric field and the like, and has great practical value for epileptic disease treatment research.