… because it achieves quadratic energy reduction while only degrading performance … processor
activity over the chip area. High activity for a particular chip area means high localized heat …

… Model order reduction is applied to reduce the thermal model complexity. The off-line
calibration of steady-state Kalman filter assists in further improving the computational efficiency. …

… Simpler cores, characterized by shallower or narrower pipeline dimensions, tend to
consume less power and, therefore, mitigate the core’s thermal impact. In particular, the optimal …

… indeed leads to more peak temperature reduction with negligible performance overhead. In
… PDTM tries to mitigate problem using core temperature prediction; however, it cannot find a …

… It is suggested that the cores should be distributed away from the die center, because large
spacing between cores helps mitigate the negative thermal impact that one core may have …

… To mitigate the aforementioned problems, in this work, first, we try to obtain the full-… accurately
estimate the thermal map and hot spots of commercial multi-core processors running in the …

… processing time. This paper presents a thermal-aware load balancing technique that avoids
thermal … values with the help of offline recorded thermal profiles of datasets. Moreover, cores …

… thermal management techniques for multicore processors. … The problem formulation includes
accurate power and thermal … In general, power reduction techniques are not necessarily …

… Thread migration can mitigate, to some extent, the performance impact of global DVFS …
hence boost the operating frequency of the chip. The thermal profile of global DVFS + migration is …

… instruction throughput and an 97% reduction in thermal violations. In comparison to an optimally
… instruction throughput by 3.9% with a 94% reduction in the number of thermal violations. …