Add to ORKGAn adaptive circuit can perform built-in self-detection of timing variations and accordingly adjust itself to avoid timing violations. Compared with conventional over-design approach, adaptive circuit design is conceptually advantageous in terms of power-efficiency. Although the advantage has been witnessed in numerous previous works including test chips, adaptive design is far from being widely used in practice. A key reason is the lack of corresponding timing verification support. We developed new timing analysis techniques to fill this void. A main challenge is the large runtime complexity due to numerous adaptivity configurations. We propose several pruning and reduction techniques and apply them in conjunction with statistical static t...
As CMOS technology continues to scale down, process variation introduces significant uncertainty in ...
In the recent nanotechnology, the variation in the gate propagation delay is the big concern. This p...
textWith aggressive technology scaling, within-die random variations are becoming the most dominant...
An adaptive circuit can perform built-in self-detection of timing variations and accordingly adjust ...
Adaptive circuit design is a power-efficient approach to handle variations. Compared to conventional...
Timing analysis is a key step in the digital design process. By modeling device delay variations sta...
The move to deep submicron processes has brought about new problems that designers must contend with...
Reliability, power consumption and timing performance are key concerns for today's integrated circui...
As microprocessor and ASIC manufacturers continue to push the limits of transistor sizing into the s...
This paper proposed the impact of variations on delay in CMOS technology of 32 nm. The magnitude of ...
textTechnology scaling in the nanometer era comes with a significant amount of process variation, le...
As CMOS technology scales down, process variation introduces significant uncertainty in power and pe...
DoctorAggressive technology scaling in feature size has propelled designers to integrate millions of...
Timing analysis is a cornerstone of the digital design process. Statistical Static Timing Analysis w...
In this work, we present a non linear non Gaussian and incremental Statistical Timing Analysis (SSTA...
As CMOS technology continues to scale down, process variation introduces significant uncertainty in ...
In the recent nanotechnology, the variation in the gate propagation delay is the big concern. This p...
textWith aggressive technology scaling, within-die random variations are becoming the most dominant...
An adaptive circuit can perform built-in self-detection of timing variations and accordingly adjust ...
Adaptive circuit design is a power-efficient approach to handle variations. Compared to conventional...
Timing analysis is a key step in the digital design process. By modeling device delay variations sta...
The move to deep submicron processes has brought about new problems that designers must contend with...
Reliability, power consumption and timing performance are key concerns for today's integrated circui...
As microprocessor and ASIC manufacturers continue to push the limits of transistor sizing into the s...
This paper proposed the impact of variations on delay in CMOS technology of 32 nm. The magnitude of ...
textTechnology scaling in the nanometer era comes with a significant amount of process variation, le...
As CMOS technology scales down, process variation introduces significant uncertainty in power and pe...
DoctorAggressive technology scaling in feature size has propelled designers to integrate millions of...
Timing analysis is a cornerstone of the digital design process. Statistical Static Timing Analysis w...
In this work, we present a non linear non Gaussian and incremental Statistical Timing Analysis (SSTA...
As CMOS technology continues to scale down, process variation introduces significant uncertainty in ...
In the recent nanotechnology, the variation in the gate propagation delay is the big concern. This p...
textWith aggressive technology scaling, within-die random variations are becoming the most dominant...