Mohammad Hossein Moaiyeri

Associate Professor

Update: 2024-11-20

Mohammad Hossein Moaiyeri

Electrical Engineering - Electronics and Telecommunications /

Master Theses

  1. Highly Reliable Spintronic Physical Unclonable Functions Design
    Mohammad Javad Adel 2024
  2. Spintronic Cryptographic Hardware Accelerators design
    Pegah Iranfar 2024
  3. Efficient in-memory computing architectures based on emerging memory elements
    Milad Ashtari Gargari 2024
  4. Strengthening spintronic based neural network hardware against side-channel attacks
    Milad Ghazanfari Nasrabad 2023
  5. Design and Optimization of Hardware Associative Memories Based on Emerging Technologies
    Mahan Rezaei 2023
  6. Design of High-Performance Approximate Spintronic Memories for Hardware Implementation of Neural Networks
    Hamid Nasr esfahani 2023
  7. Design of Non-volatile Multiple-valued Circuits with Energy and Area Efficiency Using Negative Capacitance Carbon Nanotube Transistors
    Hadi Akhtari 2023
  8. Efficient Memory Cells for In-Memory Computing Applications in FinFET Technology
    Seyed hassan Hadi nemati 2023
  9. Design of an Efficient True Random Number Generator Circuit based on Spintronics
    Fatemeh Khodayari 2022
  10. Design of energy-efficient multiple-valued logic circuits based on emerging memory devices
    Aram Yousefi 2022
  11. Design on efficient memory elements based on ferroelectric carbon nanotube transistors
    Shamim Saleh 2022
  12. Design of efficient binarized neural network circuits based on emerging technologies
    Milad Tanavardi nasab 2022
  13. Design of energy-efficient hardened nonvolatile ternary memory elements
    Vahid Bakhtiary 2022
  14. Design of an Error-Resilient Approximate Multiplier for Image Processing and Neural Network Applications
    Sude Shirkavand 2021
  15. Energy-Efficient Approximate Arithmetic Circuits based on Spintronics for Image Processing Applications
    Yasin Eghlimi 2021

  16. Donya Khaledyan 2021
  17. Performance Evaluation and Improvement of Low-Power Nano-Interconnects In Sub-Threshold Region
    Reza Karimi 2021
  18. Design of Low-Power and Nonvolatile FeFET-Based Logic Circuits for Computing-in-Memory Architectures
    Mahsa Saeidnia 2020
  19. Reduction of crosstalk effects in nano interconnects using physical parameters and crosstalk avoidance codes in multiple valued logic
    Seyedeh parastoo Azimi 2020
  20. design of approximate arithmatic circuits for trading-off accuracy and energy in digital signal processing applications
    Ferdos Salmanpour 2020
  21. Design of Energy-Efficient and Variation-Tolerant Nonvolatile Memory Elements Based on Magnetic Tunnel Junction
    Ali Asghar Javadi 2020
  22. Designing Energy and Area Efficient Approximate Compressors and Multipliers for Digital Signal Processing Application
    Mohammad Ahmadinejad 2020
  23. Designing Nonvolatile Level-Converting Flip-Flops Using Spintronics Technology for Ultra-Low-Power Circuits at Nanoscale
    Mehrdad Morsali 2020
  24. Design of a radix-10 adder base on analog and digital blocks for nanotechnology
    Kave Manafi 2019

  25. Zahra Mehdizadehtaheri 2018
  26. Reduction of crosstalk effects using mixed bundle carbon nanotubes in multiple valued logic
    Zahra Haj mohammadi 2018

  27. Shirin Fakhari 2018

  28. Farnaz Sabetzadeh 2018

  29. Hamid Mohammadi 2018

  30. Javad Fiyuzi 2018

  31. Armineh Arasteh 2017

  32. Zahra Taghavigelehdoni 2015

  33. Shima Sedighiani 2015