2019
DOI: 10.1007/978-3-030-22999-3_53
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Intelligent Online Configuration for DVFS Multiprocessor Architecture: Fuzzy Approach

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(1 citation statement)
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“…Xie et al [4] put forward an incrementally scalable and cost-efficient interconnection structure for data centres. Yousra and Samir [30] also pointed that DVFS was a key technique in exploiting configurable characteristics of the processors, and they proposed a new fuzzy approach to guarantee the balance between the schedule ability of real-time periodic application and its energy consumption optimisation under multi-core architecture. Ma et al [31] proposed framework to improve soft-error reliability while satisfying a lifetime reliability constraint for soft real-time systems executing on integrated CPU and GPU platforms, also based on each core's executing frequency and utilisation, Ma et al [32] designed a framework that performs workload migration between high-performance cores and low-power cores to reduce power consumption and improve soft-error reliability.…”
Section: Related Workmentioning
confidence: 99%
“…Xie et al [4] put forward an incrementally scalable and cost-efficient interconnection structure for data centres. Yousra and Samir [30] also pointed that DVFS was a key technique in exploiting configurable characteristics of the processors, and they proposed a new fuzzy approach to guarantee the balance between the schedule ability of real-time periodic application and its energy consumption optimisation under multi-core architecture. Ma et al [31] proposed framework to improve soft-error reliability while satisfying a lifetime reliability constraint for soft real-time systems executing on integrated CPU and GPU platforms, also based on each core's executing frequency and utilisation, Ma et al [32] designed a framework that performs workload migration between high-performance cores and low-power cores to reduce power consumption and improve soft-error reliability.…”
Section: Related Workmentioning
confidence: 99%