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As process technology further scales, aging, noise and variations in integrated circuits (ICs) and systems become a major challenge to both the semiconductor and EDA industries, since a significantly increased mismatch is emerging between modeled and actual silicon behavior. Therefore, the addition of accurate and low-cost on-chip sensors is of great value to reduce the mismatch. This paper presents...
A novel low-power digital baseband controller for Ultra High Frequency (UHF) passive Radio Frequency Identification (RFID) tag is presented in this paper. By analyzing the system design, it is carefully divided into several modules, and it also adopts some advanced low power techniques for system design, based on Electronic Product Code (EPC) Class-1 Generation-2 (C1G2) UHF RFID protocol. The Pulse-interval...
With technology scaling, the deviation between predicted path delay using simulation and actual path delay on silicon increases due to process variation and aging. Hence, on-chip measurement architectures are now widely used due to their higher accuracy and lower cost compared to using external expensive measurement devices. In this paper, a novel path-delay measurement architecture called path-based...
Physical Unclonable Functions (PUFs) are employed to generate unique signature to be used for integrated circuit (IC) identification and authentication. Existing PUFs exploit only process variations for generating unique signature. Due to the spatial correlation between process parameters, such PUFs will be vulnerable to be modeled or leak information under side-channel attacks. The PUF we present...
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