D. Son, C. Yu, and H. Kim, "Dynamic voltage scaling on MPEG decoding," Int'l Conf. of Parallel and Distributed System, June 2001 Home/Search Document Details and Download
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A Comparative Study of Dynamic Voltage Scaling Techniques for .. - Nurvitadhi, Lee Self-citation (Yu Kim) (Correct)
....high variability in processing requirements by varying the processor s operating voltage and frequency during run time [4, 7] In particular, DVS is suitable for eliminating idle times during low workload periods. Recently, researchers have attempted to apply DVS to video decoding to reduce power [9, 10, 12, 13]. These studies present approaches that predict the decoding times of incoming frames or Group of Pictures (GOPs) and reduce or increase the processor setting based on this prediction. As a result, idle processing time, which occurs when a specific frame decoding completes earlier than its ....
....power savings. Therefore, the impact of available processor settings on video decoding with DVS needs to be further investigated. Based on the aforementioned discussion, this paper provides a comparative study of the existing DVS techniques developed for low power video decoding, such as GOP [12] and Direct [10, 13] with respect to prediction accuracy and the corresponding impact on performance. In addition, an alternative method called is proposed as an improvement to these techniques. The Dynamic approach is designed to perform well even with high motion videos by dynamically ....
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D. Son, C. Yu, and H. Kim, "Dynamic Voltage Scaling on MPEG Decoding," International Conference of Parallel and Distributed System (ICPADS), June 2001
Off-chip Latency-Driven Dynamic Voltage and Frequency.. - Choi, Soma, Pedram (2004) (Correct)
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D. Son, C. Yu, and H. Kim, "Dynamic voltage scaling on MPEG decoding," Int'l Conf. of Parallel and Distributed System, June 2001
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