Memristor apparatus with meta-stable switching elements
A memristor apparatus includes meta-stable switching elements and an AHAH (Anti-Hebbian and Hebbian) feedback mechanism that operates the meta-stable switching elements by controlling the electric field across the meta-stable switching elements. The meta-stable switching elements form a device with an electrical resistance. Additionally, in some example embodiments the memristor apparatus can include a synapse apparatus comprising a differential pair of memristor apparatuses including the memristor apparatus.
1. A memristor apparatus, comprising:
a plurality of meta-stable switching elements, wherein said plurality of meta-stable switching elements forms a device with an electrical resistance; and
an AHAH (Anti-Hebbian and Hebbian) feedback mechanism that operates on said plurality of meta-stable switching elements by controlling an electric field across said plurality of meta-stable switching elements; and
a synapse apparatus comprising a differential pair of memristor apparatuses including said memristor apparatus.
2. The memristor apparatus of claim 1 wherein said AHAH feedback mechanism operates according to an AHAH rule.
3. The memristor apparatus of claim 1 wherein said memristor apparatus is employed as an adaptive synaptic weight.
4. The memristor apparatus of claim 1 wherein said AHAH feedback mechanism is utilized to extract independent components from a data stream.
5. The memristor apparatus of claim 1 wherein said memristor apparatus is employable as a discrete state synapse.
6. The memristor apparatus of claim 3 wherein said AHAH feedback mechanism extracts independent components from a data stream.
7. The memristor apparatus of claim 5 wherein said AHAH feedback mechanism extracts independent components from a data stream.