This paper introduces a memristor based N-bits redundant binary adder architecture for canonic signed digit code CSDC as a step towards memristor based multilevel ALU
Neuron model with simplified memristive ionic channels
A simplified neuron model is introduced to mimic the action potential generated by the famous Hodgkin-Huxley equations by using the genetic optimization algorithm
Design of Positive, Negative, and Alternating Sign Generalized Logistic Maps
The discrete logistic map is one of the most famous discrete chaotic maps which has widely spread applications
Encryption applications of a generalized chaotic map
This paper presents the mathematical aspects of a generalized Sine map with arbitrary powers and scaling factor
Pinched hysteresis with inverse-memristor frequency characteristics in some nonlinear circuit elements
Abstract Pinched hysteresis is considered to be a signature of the existence of memristance
Power dissipation of memristor-based relaxation oscillators
Recently, many reactance-less memristive relaxation oscillators were introduced, where the charging and discharging processes depend on memristors
Memcapacitor: Modeling, analysis, and emulators
This chapter reviews the memcapacitor, mathematical representations of time-invariant, physical realizations, and mathematical models
Meminductor: Modeling, analysis, and emulators
This chapter introduces the basic definition of meminductor and its mathematical representation of time-invariant system (Ideal, Generic, and Extended) with some examples
Memristor mathematical models and emulators
This chapter introduces different generalized mathematical classes of memristors which can be categorized as: continuous symmetrical models (current and voltage controlled emulators), continuous nonsymmetrical model, switched-memristor model, and fractional-order model with some experimental results
Memristor: Models, types, and applications
This chapter discusses the main properties of the memristor, a comparison between five recent memristor models, mathematical modeling of the HP memristor with analytical expressions for different excitations, mathematical representations of time-invariant memristor (ideal, generic, and extended), different memristor implementation types, and some memristor-based applications in digital and analog circuits