摘要
This article proposes a mechanism of low overhead and less runtime, termed dynamic cache resources allocation （DCRA）, which allocates each application with required cache resources. The mechanism collects cache hit-miss information at runtime and then analyzes the information and decides how many cache resources should be allocated to the current executing application. The amount of cache resources varies dynamically to reduce the total number of misses and energy consumption. The study of several applications from SPEC2000 shows that significant energy saving is achieved for the application based on the DCRA with an average of 39% savings.
This article proposes a mechanism of low overhead and less runtime, termed dynamic cache resources allocation （DCRA）, which allocates each application with required cache resources. The mechanism collects cache hit-miss information at runtime and then analyzes the information and decides how many cache resources should be allocated to the current executing application. The amount of cache resources varies dynamically to reduce the total number of misses and energy consumption. The study of several applications from SPEC2000 shows that significant energy saving is achieved for the application based on the DCRA with an average of 39% savings.
基金
supported by the Hi-Tech Research and Development Program of China (2006AA01Z226)
the Natural Science Foundation of Hubei, China (2007ABD002).
