Managing Temperature Effects in Nanoscale Adaptive Systems


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The advent in the s of the unique and exciting new form of energy called Integration and Probability. To control the temperature dependence, prior work has examined the use of multi-VT design methodologies, adaptive body bias ABB methods to control VT, and supply voltage scaling to a technology-specific temperature-insensitive supply voltage VINS. Unfortunately, the use of VINS—even with multi-VT devices and ABB—restricts design to a very specific delay and power operating point, preventing the use of common adaptive techniques such as dynamic voltage scaling.

The proposed method also extends the range of supply voltages that can be made temperature-insensitive, achieving insensitivity at nominal voltage for the first time. Although temperature dependences are generally considered to be undesirable, in some applications these dependences can actually be exploited to improve performance.

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For example, long interconnect links are commonly operated at reduced supply voltages to save energy, while the transmitter and receiver units operate at higher voltages. We propose a delay-borrowing method to exploit the different temperature dependences in the link and transceiver, dramatically improving both energy performance and link reliability. Despite the immense efforts of circuit designers to guardband their systems and maintain reliability in the presence of temperature variations, temperature issues still result in transient effects like temperature-induced delay uncertainty and timing failures, as well as permanent faults caused by hot-electron effects or increased electromigration.

In this dissertation, we present methods of managing these reliability issues in a variety of applications, such as improving delay uncertainty in clock trees, integrating temperature-awareness into an adaptive multi-core control unit, and using an in-line test system to bypass intermittent and permanent errors in on-chip interconnect links.


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    Managing Temperature Effects in Nanoscale Adaptive Systems Managing Temperature Effects in Nanoscale Adaptive Systems
    Managing Temperature Effects in Nanoscale Adaptive Systems Managing Temperature Effects in Nanoscale Adaptive Systems
    Managing Temperature Effects in Nanoscale Adaptive Systems Managing Temperature Effects in Nanoscale Adaptive Systems
    Managing Temperature Effects in Nanoscale Adaptive Systems Managing Temperature Effects in Nanoscale Adaptive Systems
    Managing Temperature Effects in Nanoscale Adaptive Systems Managing Temperature Effects in Nanoscale Adaptive Systems
    Managing Temperature Effects in Nanoscale Adaptive Systems Managing Temperature Effects in Nanoscale Adaptive Systems
    Managing Temperature Effects in Nanoscale Adaptive Systems Managing Temperature Effects in Nanoscale Adaptive Systems
    Managing Temperature Effects in Nanoscale Adaptive Systems Managing Temperature Effects in Nanoscale Adaptive Systems

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