Abstract: Neurite systems, methods, and media are disclosed. An input section may be configured to receive an input voltage and amplify the input voltage by a weight into a weighted voltage rate-of change. A firing center comprising an existing instantaneous voltage and a trigger firing voltage may be configured to, in a period of time, receive the weighted voltage rate-of-change, determine a new instantaneous voltage based on the existing instantaneous voltage, the weighted voltage rate-of-change, and the period of time, transmit a pulse trigger to an output section when the new instantaneous voltage rises to or above the trigger firing voltage, and reset the new instantaneous voltage to zero or some other predefined value. The output section may be configured to receive the pulse trigger and to transmit an output voltage pulse having a finite duration to one or more branches.

Abstract: Neurite systems, methods, and media are disclosed. An input section may be configured to receive an input voltage and amplify the input voltage by a weight into a weighted voltage rate-of change. A firing center comprising an existing instantaneous voltage and a trigger firing voltage may be configured to, in a period of time, receive the weighted voltage rate-of-change, determine a new instantaneous voltage based on the existing instantaneous voltage, the weighted voltage rate-of-change, and the period of time, transmit a pulse trigger to an output section when the new instantaneous voltage rises to or above the trigger firing voltage, and reset the new instantaneous voltage to zero or some other predefined value. The output section may be configured to receive the pulse trigger and to transmit an output voltage pulse having a finite duration to one or more branches.