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Table of Contents
Section I: Background
Chapter 1: Introduction
Chapter 2: Recent Trends in Computing Architectures
Section II: Devices and Models
Chapter 3: Logic Devices (Ambipolar, CNFET, NCFETs)
Chapter 4: Memory Devices (TIGFET, ReRAM)
Chapter 5: Interconnect and integration (Photonics, monolithic 3D, on-chip wireless)
Chapter 6: Computing with nano-Magnetic Logic
Chapter 7: Quantum Technologies
Section III: Circuits and Architectures
Chapter 8: Near-memory Computing
Chapter 9: In-Memory Computing
Chapter 10: Brain-inspired Computing (Neuromorphic Computing, Hyperdimensional computing)
Chapter 11: On-Chip Communication Architectures (Scaling issues, Wired, Wireless, Photonic NoC)
Section IV: Design Automation Flows
Chapter 12: Synthesis and Technology Mapping for Emerging Technologies
Chapter 13: Verification and Testing for Emerging Technologies
Chapter 14: Error-Tolerant Mapping for Quantum Computing.
Chapter 1: Introduction
Chapter 2: Recent Trends in Computing Architectures
Section II: Devices and Models
Chapter 3: Logic Devices (Ambipolar, CNFET, NCFETs)
Chapter 4: Memory Devices (TIGFET, ReRAM)
Chapter 5: Interconnect and integration (Photonics, monolithic 3D, on-chip wireless)
Chapter 6: Computing with nano-Magnetic Logic
Chapter 7: Quantum Technologies
Section III: Circuits and Architectures
Chapter 8: Near-memory Computing
Chapter 9: In-Memory Computing
Chapter 10: Brain-inspired Computing (Neuromorphic Computing, Hyperdimensional computing)
Chapter 11: On-Chip Communication Architectures (Scaling issues, Wired, Wireless, Photonic NoC)
Section IV: Design Automation Flows
Chapter 12: Synthesis and Technology Mapping for Emerging Technologies
Chapter 13: Verification and Testing for Emerging Technologies
Chapter 14: Error-Tolerant Mapping for Quantum Computing.