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Design and Development of Low Power Low Latency Non-Invasive Seizure Detection system.
Design and Development of Low Power Low Latency Non-Invasive Seizure Detection system.
This SoC will be designed to detect seizure affected EEG signal(1mHz-200Hz) from the electrode placed in the skull of the patient and amplify the signal to a sufficient level so that it can drive the ADC. The ADC will generate the digital signal for the decision-making block for further processing. The decision-making block will give the indication for the presence of seizure.
This SoC will be designed to detect seizure affected EEG signal(1mHz-200Hz) from the electrode placed in the skull of the patient and amplify the signal to a sufficient level so that it can drive the ADC. The ADC will generate the digital signal for the decision-making block for further processing. The decision-making block will give the indication for the presence of seizure.
This is our ongoing project of NIT Silchar under the Chip to Startup project. The low noise amplifier is designed, which is the first block of the overall system, and is shown above.
This is our ongoing project of NIT Silchar under the Chip to Startup project. The low noise amplifier is designed, which is the first block of the overall system, and is shown above.
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