Titlebook: Enabling the Internet of Things; From Integrated Circ Massimo Alioto Book 2017 Springer International Publishing AG 2017 Embedded Computer

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PAC

IoT Nodes: System-Level View, order to maximize the system energy efficiency, keeping the cost of the solution under control. We also review the pairing and registration operations and detail the security requirements as well as the impact of security on the energy efficiency and the cost of the solution.

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Ultra-Low-Power Digital Architectures for the Internet of Things,de a review of the state of the art Ultra-Low-Power (ULP) micro-controllers architecture, highlighting main challenges and perspectives, introducing the potential of exploiting parallelism in this field currently dominated by single issue processors.

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Energy Efficient Volatile Memory Circuits for the IoT Era,. It discusses memory design for wide voltage range operation using 6 Transistor (6T), 8T and 10T bitcells and novel circuit assist techniques. In addition, it discusses future memory designs using emerging nano-wire FET, Tunnel FET, III-V FET, and monolithic 3-D technologies.

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Security Down to the Hardware Level,tion with traditional cryptography. Section 8.1 summarizes the background on PUFs, whereas Sect. 8.2 covers the metrics that are commonly used to evaluate PUF performance. Such metrics are used to comparatively review the state of the art on PUFs in Sect. 8.3. Section 8.4 covers vulnerabilities to m

indenture

Design Methodologies for IoT Systems on a Chip,ulti-voltage Electronic Design Automation tools, rather than resorting to full-custom circuit approaches. The Physical-IP libraries, memories and power-management components required to address both active-mode energy and deep-sleep state retention power are introduced, followed by a case study addr

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