As semiconductor technology continues to evolve, the chip temperature increases rapidly due to the exponentially growing power consumption. In the meantime, the high chip temperature increases the leakage power, which is becoming the dominate part in the overall power consumption for sub-micron IC circuits. A power/thermal-aware computing technique becomes ineffective if this temperature/leakage relation is not properly addressed in the sub-micron domain. In this paper, we study the feasibility problem for schedul-ing a hard real-time periodic task set under the peak temper-ature constraint, with the interaction between temperature and leakage being taken into consideration. Three analysis techniques are developed to guarantee the schedulab...
The high leakage devices in nanometer technologies as well as the low activity rates in system-on-a-...
International audienceCurrent power saving techniques have been focused on reducing the dynamic powe...
Save energy and low power consumption for green communication become one of the most challenging des...
Catering to society\u27s demand for high performance computing, billions of transistors are now inte...
In this paper, we study the interdependencies between system’s leakage and on-chip temperature. We s...
Over the past few decades, we have been enjoying tremendous benefits thanks to the revolutionary adv...
Over the years, thermal-aware designs have become a prominent research issue for real-time applicati...
Energy consumption has become one of the main design constraints in today’s integrated circuits. Tec...
It is well-known that spatial and temporal variations in power density within a processor core creat...
Catering to society’s demand for high performance computing, billions of transistors are now integra...
Abstract—It has been the conventional assumption that, due to the superlinear dependence of leakage ...
Over the years, thermal-aware designs have become a prominent research issue for real-time applicati...
Abstract—For sub-100 nm CMOS technologies, leakage power forms a significant component of the total ...
With the evolution of today's semiconductor technology, chip temperature increases rapidly mainly du...
Abstract — The paper addresses the problem of performance optimization for a set of periodic tasks w...
The high leakage devices in nanometer technologies as well as the low activity rates in system-on-a-...
International audienceCurrent power saving techniques have been focused on reducing the dynamic powe...
Save energy and low power consumption for green communication become one of the most challenging des...
Catering to society\u27s demand for high performance computing, billions of transistors are now inte...
In this paper, we study the interdependencies between system’s leakage and on-chip temperature. We s...
Over the past few decades, we have been enjoying tremendous benefits thanks to the revolutionary adv...
Over the years, thermal-aware designs have become a prominent research issue for real-time applicati...
Energy consumption has become one of the main design constraints in today’s integrated circuits. Tec...
It is well-known that spatial and temporal variations in power density within a processor core creat...
Catering to society’s demand for high performance computing, billions of transistors are now integra...
Abstract—It has been the conventional assumption that, due to the superlinear dependence of leakage ...
Over the years, thermal-aware designs have become a prominent research issue for real-time applicati...
Abstract—For sub-100 nm CMOS technologies, leakage power forms a significant component of the total ...
With the evolution of today's semiconductor technology, chip temperature increases rapidly mainly du...
Abstract — The paper addresses the problem of performance optimization for a set of periodic tasks w...
The high leakage devices in nanometer technologies as well as the low activity rates in system-on-a-...
International audienceCurrent power saving techniques have been focused on reducing the dynamic powe...
Save energy and low power consumption for green communication become one of the most challenging des...