Abstract: An apparatus for generating a prediction that a patient will experience a seizure based on a blood volume signal is provided. The apparatus may include a blood volume sensor to sense the blood volume in a location of a patient's body. The apparatus may extract one or more features from the blood volume signal and determine if the feature has changed over time. The apparatus may generate a prediction of whether the patient will experience a seizure based on the determination of whether the feature changed over time.

Abstract: The closed toe shoe cushion is a uniquely formulated soft polymer that is placed in the front toebox of a closed toe higher heel shoe to mitigate and compensate for the forward sliding motion effects of gravity's force to push feet forward and downward causing the problem of heel gap and heel slippage experienced by wearers of higher heel shoes. The closed toe shoe cushion is made of a polymer that makes the closed toe shoe cushion stay in place inside the toebox of a closed toe shoe and requires no added adhesive. This unique property gives the closed toe shoe cushion the ability to be re-used numerous times in multiple shoes. The closed Toes Shoe Cushion is durable, does not tear easily and will retain its original form without distortion after each use.

Abstract: An apparatus for generating a prediction that a patient will experience a seizure based on a blood volume signal is provided. The apparatus may include a blood volume sensor to sense the blood volume in a location of a patient's body. The apparatus may extract one or more features from the blood volume signal and determine if the feature has changed over time. The apparatus may generate a prediction of whether the patient will experience a seizure based on the determination of whether the feature changed over time.