Titlebook: Cryptographic Hardware and Embedded Systems – CHES 2008; 10th International W Elisabeth Oswald,Pankaj Rohatgi Conference proceedings 2008 S

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To Build Smart Sensors Using MEMSst random number generation method, which is dependent on a new type of ring oscillator with the ability to be set in metastable mode. Earlier methods of random number generation involved employment of jitter, whereas the proposed method leverages the metastability phenomenon in digital circuits and

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The RDF Jet—A New Electric Aero-engineent dependency on the physical properties of the device that contains them, they can be used to uniquely bind an application to a particular device for the purpose of IP protection. This is crucial for the protection of FPGA applications against illegal copying and distribution. In order to exploit

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To Build Smart Sensors Using MEMSountermeasure has been suggested by Coron since 1999 and is known as the ...Here, we show that even though the binary exponentiation, or the scalar product on elliptic curves implementation, does not leak information on the secret key, the computation of the randomized secret exponent, or scalar, ca

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The Electric Power—Energy and Weightrecodings in RSA or ECC means that, over multiple re-uses of a key, operations which correspond to a given key bit are not aligned in the traces. This enhances the difficulties because traces cannot be averaged to improve the signal-to-noise ratio..The situation can be described using a hidden Marko

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To Build Smart Sensors Using MEMStag hash function is often assumed by protocol designers. Yet cheap tags pose severe implementation challenges and it is far from clear that a suitable hash function even exists. In this paper we consider the options available, including constructions based around compact block ciphers. While we des

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To Build Smart Sensors Using MEMSn resource constrained environments such as smart cards, where the chip area is limited. In this paper, a new serial-output bit-serial multiplier using polynomial bases over binary extension fields is proposed. It generates a bit of the multiplication in each clock cycle with the latency of one cycl

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