Papers by amisha A mestry
Memristor being a fourth fundamental passive electrical circuit element in nanoscale technology h... more Memristor being a fourth fundamental passive electrical circuit element in nanoscale technology has gained a great interest in the new era of semiconductor technology. The memristor with its special property of nonvolatility, low power consumption, small size and improved scalability has captured interest in many applications from digital logic circuits to neuromorphic computing. This paper will discuss and compare the most noteworthy models of voltage controlled memristor. We propose implementation of different window functions which can be implemented in the future voltage controlled memristor models to observe nonlinear hysteresis behaviour of memristor.
Memristor, the fourth fundamental passive circuit element, was first postulated by Prof. Leon Chu... more Memristor, the fourth fundamental passive circuit element, was first postulated by Prof. Leon Chua in 1971. Physical implementation of novel device Memristor and its mathematical model was first demonstrated by HP Labs research team in 2008.Memristor is getting a considerable attention due to its diversified areas of applications from computing to neuromorphic areas. For its reliable implementation in complex circuits various models are discussed. This paper is a brief review on Memristive systems such as current controlled Memristive system (CCMS) and voltage controlled Memristive system (VCMS). A comparative study of different SPICE modeling of memory resistor (Memristor):Non-linear dopant drift model, linear dopant drift model is discussed in this paper.
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Papers by amisha A mestry