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ردیف | عنوان | نوع |
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1 |
AI Powered THz VLSI Testing Technology
فناوری تست THz VLSI با قدرت هوش مصنوعی-2020 Abstract—Increasing complexity of digital and mixed-signal
systems makes establishing the authenticity of a chip to be a
challenging problem. We present a new terahertz testing technique
for non-destructive identification of genuine integrated circuits, in
package, in-situ and either with no or under bias, by measuring
their response to scanning terahertz and sub-terahertz radiation at
the circuit pins. This novel, patent pending non-invasive nondestructive
technology when merged with Artificial Intelligence
(AI) engine will evolve and self-improve with each test cycle. By
establishing and AI processing of the THz scanning signatures of
reliable devices and circuits and comparing this signatures with
devices under test using AI, this technology could be also used for
reliability and lifetime prediction. Keywords: Terahertz | hardware cybersecurity | reliability | authentication | artificial intelligence |
مقاله انگلیسی |
2 |
A Bidirectional Lens-Free Digital-Bits-In/-Out 0:57mm2 Terahertz Nano-Radio in CMOS with 49:3mW Peak Power Consumption Supporting 50cm Internet-of-Things Communication
A Bidirectional Lens-Free Digital-Bits-In/-Out 0:57mm2 Terahertz Nano-Radio in CMOS with 49:3mW Peak Power Consumption Supporting 50cm Internet-of-Things Communication-2017 A CMOS digital-bits-in/-out Terahertz (THz)
nano-radio with 0.57mm2 chip area is presented in this paper.
The THz operation and bidirectional transmitter/receiver
(TX/RX) architecture lead to radio ultra-miniaturization for
Internet-of-Things (IoT) and field-deployable sensor
applications. The bidirectional THz radio is configured as a
harmonic oscillator in the TX mode or as a super-harmonic
super-regenerative RX in the RX mode. The TX harmonic
oscillator is directly modulated by On-Off Keying (OOK) data
for bits-to-THz transmitting, while an on-chip time-to-digital
converter (TDC) with 25ps timing resolution measures RX
oscillation start-up time for direct THz-to-bits receiving. The
radio peak DC power is optimized based on link distance and
data rate. It supports maximum 4.4Mb/s OOK over 50cm at
49.3mW peak DC power and 1Mb/s OOK over 17cm at 18.7mW
peak DC power without using any Silicon lens.
Keywords: bidirectional | CMOS integrated circuits | Internet of Things | on-chip antennas | radio transceivers | terahertz (THz) |
مقاله انگلیسی |
3 |
Connecting in-body nano communication with body area networks: Challenges and opportunities of the Internet of Nano Things
اتصال در -بدن نانو ارتباط با شبکه های بدن: چالش ها و فرصت های اینترنت نانو اشیاء-2015 Nano-communication is considered to become a major building block for many novel
applications in the health care and fitness sector. Given the recent developments in the
scope of nano machinery, coordination and control of these devices becomes the critical
challenge to be solved. In-Body Nano-Communication based on either molecular, acoustic,
or RF radio communication in the terahertz band supports the exchange of messages
between these in-body devices. Yet, the control and communication with external units
is not yet fully understood. In this paper, we investigate the challenges and opportunities
of connecting Body Area Networks and other external gateways with in-body nano-devices,
paving the road towards more scalable and efficient Internet of Nano Things (IoNT) systems.
We derive a novel network architecture supporting the resulting requirements and, most
importantly, investigate options for the simulation based performance evaluation of such
novel concepts. Our study is concluded by a first look at the resulting security issues
considering the high impact of potential misuse of the communication links.
Keywords: Internet of nano things | Nano-communication | Internet of things | Network architecture |
مقاله انگلیسی |
4 |
Connecting in-body nano communication with body area networks: Challenges and opportunities of the Internet of Nano Things
اتصال در بدن نانو ارتباط با شبکه های بدن: چالش ها و فرصت هایی از اینترنت از نانو اشیا-2015 Nano-communication is considered to become a major building block for many novel
applications in the health care and fitness sector. Given the recent developments in the
scope of nano machinery, coordination and control of these devices becomes the critical
challenge to be solved. In-Body Nano-Communication based on either molecular, acoustic,
or RF radio communication in the terahertz band supports the exchange of messages
between these in-body devices. Yet, the control and communication with external units
is not yet fully understood. In this paper, we investigate the challenges and opportunities
of connecting Body Area Networks and other external gateways with in-body nano-devices,
paving the road towards more scalable and efficient Internet of Nano Things (IoNT) systems.
We derive a novel network architecture supporting the resulting requirements and, most
importantly, investigate options for the simulation based performance evaluation of such
novel concepts. Our study is concluded by a first look at the resulting security issues
considering the high impact of potential misuse of the communication links.
Keywords:
Internet of nano things
Nano-communication
Internet of things
Network architecture |
مقاله انگلیسی |