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    Basel Halak, Alex Yakovlev: The Optimisation of the Throughput of Area-Constrained Links with Crosstalk Avoidance Methods The Optimisation of the Throughput of Area-Constrained Links with Crosstalk Avoidance Methods

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    Abstract. The effect of crosstalk avoidance codes on the throughput of fixed width communication channels is studied. Closed form expressions of the throughput which incorporate the dimensions of the interconnects and the wires overheads by such techniques are derived for lines under different buffering conditions. These formulae are utilised to optimise the bandwidth of fixed width parallel buses under different latency and reliability constraints. Our results are confirmed by the simulations we have performed in Spectre for a UMC CMOS 90nm technology. 1

    Physically Unclonable Functions

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    A Primer on Cryptographic Primitives and Security Attacks

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    The effects of ageing on the reliability and performance of integrated circuits

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    Bias temperature instability (BTI) is recognised as the primary parametric failure mechanism in nanometre integrated circuits (ICs). Due to the BTI-induced increase in transistor threshold voltage, circuit performance can degrade noticeably over time. If this induced performance degradation exceeds circuit time margins, it may lead to circuit failure and reduce lifetime of electronic systems. In addition, IC susceptibility to soft errors induced by energetic particles is aggravated by BTI ageing, and so resilience of circuits initially robust against these events decreases over time. In order to assess the impact of BTI ageing on IC reliability, it is of utmost importance to evaluate its impact on both IC performance degradation and soft error rate. This chapter describes methodologies to evaluate BTI ageing accurately and presents results on its impact on performance and soft error rate of combinational circuits and storage elements. The presented results can help designers make the right choices when they are called to design ICs featuring high reliability for their whole lifetime
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