Memristor-based Nanoelectronic Circuits for Computing and Memory Applications

Memristor-based Nanoelectronic Circuits for Computing and Memory Applications

1. Table of contents Memristor-based Nanoelectronic Circuits for Computing and Memory Applications

2. Introduction What is the memristor Memristor basic operation A common analogy for a memristor First memristor model How to bias a memristor Generalized memristive systems The HP memristor The HP memristor structure How HP memristor works Table of contents The HP memristor model The nonlinear drift model Other memristor models Alternative physical memristor designs Benefits of memristors Memristor challenges Current memristor researches

3. In 1971, Leon Chua postulated that there is a relationship between the electric charge and the flux linkage . The device that links between q and Ψ is called “ the Memristor ”. Introduction *

4. Theoretical Background *

5. Memristor is a contraction of “ Mem ory R es istor ” It is a non-linear, passive two-terminal device whose resistance changes over time based on the biasing across its terminals. What is the memristor