ABSTRACT The cyclic oxidation behavior of a CoCrAlY coating on a G7D-111 substrate was characterized by thermal cycling between ambient temperature and a variable peak temperature. The initial peak temperature of the thermal cycle was 954°C (1750°F) and tested for n 1 cycles. The peak temperature

Abstract — In this paper, an algorithm for scan vector ordering, PEAKASO, is proposed to minimize the peak temperature during scan testing. Given a circuit with scan and the scan vectors, hotspot is predicted by window-based power analysis. The peak temperature on the hotspot is minimized by global

Abstract — In this paper, we incorporate the dependencies among the leakage, the temperature and the supply voltage into the theoretical analysis and explore the fundamental characteris-tics on how to employ dynamic voltage scaling (DVS) to reduce the peak operating temperature. We find that, for a

temperature modeling tool, to simulate temperature of a number ASIC designs. Our binding algorithm reduces temperature reached by the hottest resource by 12.21°C on average. Reducing the peak temperature has a positive impact on leakage as well. Our binding technique improves leakage power by 11

This paper addresses the problem of minimizing the peak temperature for pipelined multi-core systems under hard end-to-end deadline constraints by adversely using the Pay-Burst-Only-Once principle. The Periodic Thermal Management is adopted to control the temperature and every core is periodically

at different heating rates, the kinetic constants can be obtained directly from the differential thermal data. Measurements of the variation of peak temperature with heating rate have been made for several minerals of the kaolin group, the values of the kinetic constants determined, and these values compared

In this paper we proposed a thermal-aware scheduling algorithm for peak temperature reduction with stochastic workloads. The proposed approach consists of two steps. The first step constructs a job sequence based on the mean of the execution time of each job; and the constructed job sequence

• Determining peak zirconium concentrations in rutile • Calculating peak temperatures of formation based off of the zirconium concentrations in rutile • Comparing zirconium concentrations between rock samples to determine if there is differences in zirconium concentrations outside of uncertainty

in fact improve the design objectives of real-time applications. In this paper, we study the problem on how to reduce the peak temperature of a real-time application by judiciously mirroring the physical architecture of an individual device to the logical architecture where the application was initially

Increasing power densities and the high cost of low thermal resistance packages and cooling solutions make it impractical to design processors for worst-case temperature scenarios. As a result, packages and cooling solutions are designed for less than worst-case power densities and dynamic voltage