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Prof. Ahmed G. Radwan

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  • Research Fields
    • Fractional-Order
    • Memristor
    • Chaotic-Systems
    • Bioimpedance
    • Supercapacitors
    • Biomedical-Engineering
    • Wastewater

HomeHezayyin H.G.

Posts in category: Hezayyin H.G.

A generalized family of memristor-based voltage controlled relaxation oscillator

2018Ahmed G.M.Fouda M.E.Hezayyin H.G.JournalMadian A.H.Radwan A.G.Said L.A.

Recently, memristive oscillators are a significant topic in the nonlinear circuit theory where there is a possibility to build relaxation oscillators without existence of reactive elements

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Memristor FPGA IP core implementation for analog and digital applications

2019Fouda M.E.Hezayyin H.G.JournalMadian A.H.Radwan A.G.Tolba M.F.

Exploring the nonlinear dynamics of the memristors is essential to be adequately used in the applications

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Voltage-controlled M-M relaxation Oscillator

2016Ahmed G.M.Confrence PaperFouda M.E.Hezayyin H.G.Madian A.H.Radwan A.G.

This paper discusses voltage-controlled M-M relaxation oscillator with analytical and circuit simulations

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RECENT PUBLICATIONS
  • New Trends on Modeling, Design, and Control of Chaotic Systems
  • Guest Editorial: Fractional-Order Circuits and Systems: Theory, Design, and Applications
  • Fractional-order and memristive nonlinear systems: Advances and applications
  • Preface
  • Editorial note Special Issue on the Design and implementation of fractional-order circuits and systems in real-world applications
RESEARCH TOPICS

Bio-impedance for Food Quality Biomedical Engineering Chaotic Systems and Applications Design and Applications of Mem-elements Fractional-order systems Modeling of Supercapacitors and Energy Storage Elements Wastewater Treatments

AHMED RADWAN

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Get In Touch

  • NU Main Campus: 26 July Corridor, Sheikh Zayed City
  • agradwan@nu.edu.eg
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