Add to ORKG105 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2008.To address this problem, we show how to hide the effects of aging and slow it down. Our framework is called Facelift. It hides aging through aging-driven application scheduling. It slows down aging by applying voltage changes at key times---it uses a non-linear optimization algorithm to carefully balance the impact on the aging rate and on the critical path delays. Moreover, it can gainfully configure the chip for a short lifetime. We can take a multicore with a 7-year lifetime and, by hiding and slowing down aging, enable it to cycle, on average, at a 14--15% higher frequency. Alternatively, we can design a multicore for a 5 to 7-month lifetime and use it for 7 years.U ...
Abstract—As complementary metal–oxide–semiconductor technologies enter nanometer scales, microproces...
Memory designs require timing margins to compensate for aging and fabrication process variations. Wi...
Integrated circuits typically contain design margins to compensate for aging. As aging impact increa...
105 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2008.To address this problem, we s...
Two forms of variation, namely, Spatial or Process Variation, and Temporal Variation or Aging, are b...
Two forms of variation, namely, Spatial or Process Variation, and Temporal Variation or Aging, are b...
Two forms of variation, namely, Spatial or Process Variation, and Temporal Variation or Aging, are b...
Two forms of variation, namely, Spatial or Process Variation, and Temporal Variation or Aging, are b...
This paper presents a design methodology to turn aging-induced chip slowdown into approximation with...
Bias Temperature Instability (BTI) and Hot Carrier Injection (HCI) are two major causes for transist...
In this chapter, we will aim to reverse the aging stress on the functional units of the processor by...
Microprocessors offer the ability for fast and reliable processing and are indispensable in many gen...
One of the fundamental challenges to the performance gain in advanced semiconductor technologyis agi...
One of the fundamental challenges to the performance gain in advanced semiconductor technologyis agi...
Rapid device aging in the nano era threatens system lifetime reliability, posing a major intrinsic t...
Abstract—As complementary metal–oxide–semiconductor technologies enter nanometer scales, microproces...
Memory designs require timing margins to compensate for aging and fabrication process variations. Wi...
Integrated circuits typically contain design margins to compensate for aging. As aging impact increa...
105 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2008.To address this problem, we s...
Two forms of variation, namely, Spatial or Process Variation, and Temporal Variation or Aging, are b...
Two forms of variation, namely, Spatial or Process Variation, and Temporal Variation or Aging, are b...
Two forms of variation, namely, Spatial or Process Variation, and Temporal Variation or Aging, are b...
Two forms of variation, namely, Spatial or Process Variation, and Temporal Variation or Aging, are b...
This paper presents a design methodology to turn aging-induced chip slowdown into approximation with...
Bias Temperature Instability (BTI) and Hot Carrier Injection (HCI) are two major causes for transist...
In this chapter, we will aim to reverse the aging stress on the functional units of the processor by...
Microprocessors offer the ability for fast and reliable processing and are indispensable in many gen...
One of the fundamental challenges to the performance gain in advanced semiconductor technologyis agi...
One of the fundamental challenges to the performance gain in advanced semiconductor technologyis agi...
Rapid device aging in the nano era threatens system lifetime reliability, posing a major intrinsic t...
Abstract—As complementary metal–oxide–semiconductor technologies enter nanometer scales, microproces...
Memory designs require timing margins to compensate for aging and fabrication process variations. Wi...
Integrated circuits typically contain design margins to compensate for aging. As aging impact increa...