About the book
An indispensable roadmap for engineers and researchers leading the post-Moore’s Law revolution, this essential guide bridges the gap between material innovation and advanced nanoscale architectures, equipping you with the device-engineering strategies and leakage-mitigation techniques needed to power the next generation of AI and VLSI systems.
As the semiconductor industry continues its transition beyond Moore’s Law, nanoscale device-based circuits are at the forefront, driving advancements in computational power, energy efficiency, and functionality. As the size of planar MOSFETs shrinks, there is a considerable presence of short-channel effects, prompting researchers to address these drawbacks and boost the performance of CMOS technology. The study of these devices is important for sectors whose applications in VLSI design have huge potential to bring revolutionary advancements in nanoscale devices, circuits, and systems due to their improved electronic properties for artificial intelligence. This book provides comprehensive insights into the transition from traditional planar semiconductor devices to advanced nanoscale architectures to address the challenges of nanoelectronic device-based circuits and systems. It highlights the synergy between material innovations, device engineering, techniques to reduce leakage current, and other important trade-offs, and provides an exhaustive analysis of what drives modern electronics. With a balance of foundational knowledge and forward-looking perspectives, this essential guide equips readers to navigate the challenges and opportunities presented by nanoscale integration.
Editions of Nanoelectronics for Artificial Intelligence
- Hardcover
- ISBN 9781394386147
- EBook
- ISBN 9781394386192
- EBook
- ISBN 9781394386178
Read an Excerpt
An indispensable roadmap for engineers and researchers leading the post-Moore’s Law revolution, this essential guide bridges the gap between material innovation and advanced nanoscale architectures, equipping you with the device-engineering strategies and leakage-mitigation techniques needed to power the next generation of AI and VLSI systems.
As the semiconductor industry continues its transition beyond Moore’s Law, nanoscale device-based circuits are at the forefront, driving advancements in computational power, energy efficiency, and functionality. As the size of planar MOSFETs shrinks, there is a considerable presence of short-channel effects, prompting researchers to address these drawbacks and boost the performance of CMOS technology. The study of these devices is important for sectors whose applications in VLSI design have huge potential to bring revolutionary advancements in nanoscale devices, circuits, and systems due to their improved electronic properties for artificial intelligence. This book provides comprehensive insights into the transition from traditional planar semiconductor devices to advanced nanoscale architectures to address the challenges of nanoelectronic device-based circuits and systems. It highlights the synergy between material innovations, device engineering, techniques to reduce leakage current, and other important trade-offs, and provides an exhaustive analysis of what drives modern electronics. With a balance of foundational knowledge and forward-looking perspectives, this essential guide equips readers to navigate the challenges and opportunities presented by nanoscale integration.
Frequently Asked Questions
What is Nanoelectronics for Artificial Intelligence about?
An indispensable roadmap for engineers and researchers leading the post-Moore’s Law revolution, this essential guide bridges the gap between material innovation and advanced nanoscale architectures, equipping you with the device-engineering strategies and leakage-mitigation techniques needed to power the next generation of AI and VLSI systems.
As the semiconductor industry continues its transition beyond Moore’s Law, nanoscale device-based circuits are at the forefront, driving advancements in computational power, energy efficiency, and functionality. As the size of planar MOSFETs shrinks, there is a considerable presence of short-channel effects, prompting researchers to address these drawbacks and boost the performance of CMOS technology. The study of these devices is important for sectors whose applications in VLSI design have huge potential to bring revolutionary advancements in nanoscale devices, circuits, and systems due to their improved electronic properties for artificial intelligence. This book provides comprehensive insights into the transition from traditional planar semiconductor devices to advanced nanoscale architectures to address the challenges of nanoelectronic device-based circuits and systems. It highlights the synergy between material innovations, device engineering, techniques to reduce leakage current, and other important trade-offs, and provides an exhaustive analysis of what drives modern electronics. With a balance of foundational knowledge and forward-looking perspectives, this essential guide equips readers to navigate the challenges and opportunities presented by nanoscale integration.
What core themes, tropes, or subjects are explored in Nanoelectronics for Artificial Intelligence?
Technology, Engineering, Agriculture, Industrial processes > Technology: general issues > Nanotechnology
Where can I read a sample of Nanoelectronics for Artificial Intelligence?
You can read an official preview of the few pages here https://www.book2look.com/book/9781394386147
Who is/are the Author/s of the book Nanoelectronics for Artificial Intelligence?
John Wiley & Sons
Who is the Publisher of the book Nanoelectronics for Artificial Intelligence?
Wiley
What are the ISBN numbers for the physical and digital editions?
Nanoelectronics for Artificial Intelligence is available as hardcover(ISBN 9781394386147) and ebook(ISBN 9781394386192) and ebook(ISBN 9781394386178)
Where can I buy Nanoelectronics for Artificial Intelligence online or support local independent bookshops?
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Where can I buy Nanoelectronics for Artificial Intelligence?