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An Alternative to Copper-Based Interconnect Technology With an
increase in demand for more circuit components on a single chip,
there is a growing need for nanoelectronic devices and their
interconnects (a physical connecting medium made of thin metal
films between several electrical nodes in a semiconducting chip
that transmit signals from one point to another without any
distortion). Carbon Nanotube and Graphene Nanoribbon Interconnects
explores two new important carbon nanomaterials, carbon nanotube
(CNT) and graphene nanoribbon (GNR), and compares them with that of
copper-based interconnects. These nanomaterials show almost 1,000
times more current-carrying capacity and significantly higher mean
free path than copper. Due to their remarkable properties, CNT and
GNR could soon replace traditional copper interconnects. Dedicated
to proving their benefits, this book covers the basic theory of CNT
and GNR, and provides a comprehensive analysis of the CNT- and
GNR-based VLSI interconnects at nanometric dimensions. Explore the
Potential Applications of CNT and Graphene for VLSI Circuits The
book starts off with a brief introduction of carbon nanomaterials,
discusses the latest research, and details the modeling and
analysis of CNT and GNR interconnects. It also describes the
electrical, thermal, and mechanical properties, and structural
behavior of these materials. In addition, it chronicles the
progression of these fundamental properties, explores possible
engineering applications and growth technologies, and considers
applications for CNT and GNR apart from their use in VLSI circuits.
Comprising eight chapters this text: Covers the basics of carbon
nanotube and graphene nanoribbon Discusses the growth and
characterization of carbon nanotube and graphene nanoribbon
Presents the modeling of CNT and GNR as future VLSI interconnects
Examines the applicability of CNT and GNR in terms of several
analysis works Addresses the timing and frequency response of the
CNT and GNR interconnects Explores the signal integrity analysis
for CNT and GNR interconnects Models and analyzes the applicability
of CNT and GNR as power interconnects Considers the future scope of
CNT and GNR Beneficial to VLSI designers working in this area,
Carbon Nanotube and Graphene Nanoribbon Interconnects provides a
complete understanding of carbon-based materials and interconnect
technology, and equips the reader with sufficient knowledge about
the future scope of research and development for this emerging
topic.
An Alternative to Copper-Based Interconnect Technology With an
increase in demand for more circuit components on a single chip,
there is a growing need for nanoelectronic devices and their
interconnects (a physical connecting medium made of thin metal
films between several electrical nodes in a semiconducting chip
that transmit signals from one point to another without any
distortion). Carbon Nanotube and Graphene Nanoribbon Interconnects
explores two new important carbon nanomaterials, carbon nanotube
(CNT) and graphene nanoribbon (GNR), and compares them with that of
copper-based interconnects. These nanomaterials show almost 1,000
times more current-carrying capacity and significantly higher mean
free path than copper. Due to their remarkable properties, CNT and
GNR could soon replace traditional copper interconnects. Dedicated
to proving their benefits, this book covers the basic theory of CNT
and GNR, and provides a comprehensive analysis of the CNT- and
GNR-based VLSI interconnects at nanometric dimensions. Explore the
Potential Applications of CNT and Graphene for VLSI Circuits The
book starts off with a brief introduction of carbon nanomaterials,
discusses the latest research, and details the modeling and
analysis of CNT and GNR interconnects. It also describes the
electrical, thermal, and mechanical properties, and structural
behavior of these materials. In addition, it chronicles the
progression of these fundamental properties, explores possible
engineering applications and growth technologies, and considers
applications for CNT and GNR apart from their use in VLSI circuits.
Comprising eight chapters this text: Covers the basics of carbon
nanotube and graphene nanoribbon Discusses the growth and
characterization of carbon nanotube and graphene nanoribbon
Presents the modeling of CNT and GNR as future VLSI interconnects
Examines the applicability of CNT and GNR in terms of several
analysis works Addresses the timing and frequency response of the
CNT and GNR interconnects Explores the signal integrity analysis
for CNT and GNR interconnects Models and analyzes the applicability
of CNT and GNR as power interconnects Considers the future scope of
CNT and GNR Beneficial to VLSI designers working in this area,
Carbon Nanotube and Graphene Nanoribbon Interconnects provides a
complete understanding of carbon-based materials and interconnect
technology, and equips the reader with sufficient knowledge about
the future scope of research and development for this emerging
topic.
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Progress in VLSI Design and Test - 16th International Symposium on VSLI Design and Test, VDAT 2012, Shipur, India, July 1-4, 2012, Proceedings (Paperback, 2012 ed.)
Hafizur Rahaman, Sanatan Chattopadhyay, Santanu Chattopadhyay
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R1,623
Discovery Miles 16 230
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Ships in 10 - 15 working days
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This book constitutes the refereed proceedings of the 16th
International Symposium on VSLI Design and Test, VDAT 2012, held in
Shibpur, India, in July 2012. The 30 revised regular papers
presented together with 10 short papers and 13 poster sessions were
carefully selected from 135 submissions. The papers are organized
in topical sections on VLSI design, design and modeling of digital
circuits and systems, testing and verification, design for
testability, testing memories and regular logic arrays, embedded
systems: hardware/software co-design and verification, emerging
technology: nanoscale computing and nanotechnology.
This book constitutes the refereed proceedings of the 9th
International Conference on Reversible Computation, RC 2017, held
in Kolkata, India, in July 2017. The 13 full and 5 short papers
included in this volume together with one invited paper were
carefully reviewed and selected from 47 submissions. The papers are
organized in the following topical sections: foundations;
reversible circuit synthesis; reversible circuit optimization;
testing and fault tolerance; and quantum circuits.
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