… sensor space claim rather than the ideal location for thermal … beneficial locations for the
temperature sensors inside of the … with inverse heat transfer solvers to predict hot spot locations. …

… , we calculate a more accurate value of the highest temperature on the chip by interpolating
the sensor readings in the neighborhood of that hotspot. We use an example to illustrate our …

… We show that the interpolation scheme improves the … In fact, we analyze a thermal sensor
placement mechanism … of different sensor placement schemes, we focus on the hotspots …

… As we know, ideal thermal sensor placement methods that focus on placing … the values of
virtual lattice, we apply classical interpolation algorithms to reconstruct the full thermal signals. …

… thermal sensor allocation that allocates thermal sensors in a manner that allows accurate hot
spot detection and full thermal … interpolation scheme that identifies the hot spot around each …

… the number of thermal sensors and hot spot tracking accuracy. The … [26] advocate using a
grid-based interpolation scheme for … , the hot spot temperature is estimated by interpolating the …

… compared with the conventional hotspot-greedy-based algorithms. In this paper, to simplify
… interpolation method, they can tolerate the noise signal from the allocated thermal sensors. …

… to allocate sensors in the vicinity of potential hot spots to estimate the hot spot temperatures
[8]. … [14] proposed a surface spline interpolation approach to obtain a high-precision thermal …

… sensors, according to experimental hot-spots locations. The algorithm is based on an
interpolation … Algorithm [6] minimizes the temperature differences among the hot-spot temperature …

… use the interpolation method to determine the hotspot grid blocks, … the thermal sensor
placement. However, this method needs a precise thermal map in advance to analyze the hotspot …