Threshold adjusted neuron circuit
OwnerAli Bozbey, Sasan Razmkhahinventors
Life of this patent
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Abstract
A neuron circuit, which electronically applies the working principle of the neurons in human brain, controls an input signal according to a set threshold value, and allows to provide an output signal above the threshold value. The neuron circuit controls an input signal according to a set threshold value and allows for an output signal above the threshold value, for determining the size of the threshold value of the circuit, and has at least one threshold resistor, at least one bias resistor, at least one decaying resistor, and at least one switching unit connected to at least one of these resistors.
Claims21
A neuron circuit that controls an input signal according to a set threshold value, the set threshold value being changeable and adjustable, the neuron circuit outputting an output signal above the set threshold value, the neuron circuit being superconducting, the neuron circuit comprising:
- at least one threshold loop having at least one signal input and at least one signal output and at least one first junction and at least one second junction and at least one threshold resistor and at least one threshold side coupled inductor and a bias input and at least one bias connected to the bias input so as to receive the input signal processed from the at least one signal input so as to decay the signal according to the set threshold value or enabling the output of the signal through the at least one signal output and repeating for each new signal, the at least one first junction and the at least one second junction enabling the signal to remain within the at least one threshold loop between the at least one signal input and the at least one signal output until the signal reaches the threshold value, the at least one first junction and the at least one second junction being insulators;
- at least one decaying loop having at least one decaying side coupling inductor and at least one decaying resistor, said at least one decaying loop being superconducting and integrated with said at least one threshold loop so as to determine the threshold value of the signal in the at least one threshold loop, the at least one decaying side coupling inductor being coupled to the at least one decaying side coupling inductor on said at least one threshold loop via a decaying threshold coupling so as to determine the threshold value of the signal in said at least one threshold loop as a result of a distance between said at least one decaying side coupling inductor and the at least one threshold side coupled inductor and the magnetic fields thereof;
- and
- at least one switching unit connected to the at least one bias resistor or the at least one threshold resistor or the at least one decaying resistor, wherein the neuron circuit comprises more than one neuron circuit that have different threshold values and are connected in parallel to each other.
A neuron circuit that controls an input signal according to a set threshold value, the set threshold value being changeable and adjustable, the neuron circuit outputting an output signal above the set threshold value, the neuron circuit being superconducting, the neuron circuit comprising:
- at least one threshold loop having at least one signal input and at least one signal output and at least one first junction and at least one second junction and at least one threshold resistor and at least one threshold side coupled inductor and a bias input and at least one bias connected to the bias input so as to receive the input signal processed from the at least one signal input so as to decay the signal according to the set threshold value or enabling the output of the signal through the at least one signal output and repeating for each new signal, the at least one first junction and the at least one second junction enabling the signal to remain within the at least one threshold loop between the at least one signal input and the at least one signal output until the signal reaches the threshold value, the at least one first junction and the at least one second junction being insulators;
- at least one decaying loop having at least one decaying side coupling inductor and at least one decaying resistor, said at least one decaying loop being superconducting and integrated with said at least one threshold loop so as to determine the threshold value of the signal in the at least one threshold loop, the at least one decaying side coupling inductor being coupled to the at least one decaying side coupling inductor on said at least one threshold loop via a decaying threshold coupling so as to determine the threshold value of the signal in said at least one threshold loop as a result of a distance between said at least one decaying side coupling inductor and the at least one threshold side coupled inductor and the magnetic fields thereof;
- and
- at least one switching unit connected to the at least one bias resistor or the at least one threshold resistor or the at least one decaying resistor, wherein said at least one switching unit is adapted to switch between a plurality of threshold resistors or between a plurality of bias resistors or between a plurality of decaying resistors.
Dependencies are inferred from the claim text.