Resumen
This paper presents a hardware technique to reduce the static and dynamic power consumption in functional units of a 64-bit superscalar processor. Our approach is based on substituting some of the 64-bit power-hungry adders by others with 32-bit lower power-consumption adders, and modifying the protocol in order to issue as much instructions as possible to those low power-consumption units incurring a negligible performance penalty. Our technique saves between 14.7% and a 50% of the power-consumption in the adders which is between 6.1% and a 20% of power-consumption in the execution units. This reduction is important because it can avoid the creation of a hot spot on the functional units
J. Manuel Colmenar
Profesor Titular de Universidad
Mis intereses de investigación se centran en las metaheurísticas aplicadas a problemas de optimización. He trabajado en diferentes problemas de optimización combinatoria aplicando algoritmos trajectoriales como GRASP o VNS. Además, estoy muy interesado en las aplicaciones de la Evolución Gramatical, específicamente en el dominio de los modelos y la predicción, como alternativa a los enfoques de aprendizaje automático.