Brain stimulation techniques are disclosed that utilize a brain condition monitoring and stimulation component having at least one processor and memory and a digital signal processing unit. The braincondition monitoring and stimulating component is configured and operable to predict at least one brain condition to occur in a brain of a treatment subject based on data or signals indicative of theat least one brain condition of the treatment subject. The digital signal processing unit may be configured to generate stimulation data for adjusting, regulating, or triggering a brain stimulation signal applied to the brain of the subject based on the predicted at least one brain state. In some embodiments, at least one processor, memory, and digital signal processing unit are embedded in a single hardware device.
DEVICE AND METHOD FOR REAL-TIME CLOSED-LOOP BRAIN STIMULATION