A two phase program is described to develop a microprocessorunit to screen 16 channel eeg data in real time and mark those epochs which contain epileptoform activity. the unit would be marketed as a modular addition to data collection systems already marketed by telefactor for long-term epilepsy… More

The aim of this project is to develop a moderately priced workstation that will be used by neurologists and neurosurgeons for the purpose of localizing sources of epileptiform activity within the brain, using previously recorded multichannel eeg data together with magnetic resonance or… More

A portable, inexpensive eeg/sleep recorder with no moving parts that can be ussed in patients' homes and hospital rooms will be designed and validated. phase i research will focus on software necessary for data compression and "intelligent" monitoring of input signals to assure the quality of data… More

Combined hardware/software techniques to record camera video of patient's behavior with contemporaneous physiological signals (EEG, ECG, PSG etc.) onto digital media (optical disk, magnetic disk, D.A.T. etc.) in a PC environment will be developed and tested. The most current techniques for video… More

This research will study the possible use of infra-red and spread-spectrum telemetry techniquesfor long-term EEG monitoring with up to 32 channels. The specific aim is to develop an EEG telemetrysystem that can be comfortably worn by mobile patients for at least 24 hours and can transmit 200hertz,… More