Kurzbeschreibung
This book will focus on the new physics of memristors and the integration of CMOS and memristor devices to establish efficient memory, FPGA, DSP, analog, biomedical, and neuromorphic systems. It will be the first such introduction for the electronics community to the promise of CMOS-nano hybrid structures. By including a number of new experimental and theoretical results of memristor and CMOS-nano hybrid structures, this book will present a wide range of device, circuit, and system emerging technologies in a timely manner to promote the ever increasing interest in the memristor/CMOS hybrid technology and its many potential uses. This book provides a single-source reference to the latest developments in CMOS/memristor integration, new architectures of CMOS/memristor memory, FPGA, DSP, and neuromorphic systems, 3D IC methods to implement CMOS/memristor hybrid circuits, and design and simulation techniques suitable for CMOS/memristor hybrid circuits.
Buchrückseite
This book will focus on the new physics of memristors and the integration of CMOS and memristor devices to establish efficient memory, FPGA, DSP, analog, biomedical, and neuromorphic systems. It will be the first such introduction for the electronics community to the promise of CMOS-nano hybrid structures. By including a number of new experimental and theoretical results of memristor and CMOS-nano hybrid structures, this book will present a wide range of device, circuit, and system emerging technologies in a timely manner to promote the ever increasing interest in the memristor/CMOS hybrid technology and its many potential uses. This book provides a single-source reference to the latest developments in CMOS/memristor integration, new architectures of CMOS/memristor memory, FPGA, DSP, and neuromorphic systems, 3D IC methods to implement CMOS/memristor hybrid circuits, and design and simulation techniques suitable for CMOS/memristor hybrid circuits.
