Chip temperature optimization for dark silicon many-core systems by Li, Mengquan, Liu, Weichen, Yang, Lei, Chen, Peng, Chen, Chao

Subjects: “…Dark Silicon…”
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DTAPO: Dynamic thermal-aware performance optimization for dark silicon many-core systems by Mohammed, Mohammed Sultan, Al Kubati, Ali A. M., Paraman, Norlina, Ab. Rahman, Ab. Al Hadi, Marsono, M. N.

“…This paper presents a dynamic thermal-aware performance optimization of dark silicon many-core systems (DTaPO) technique for optimizing dark silicon a many-core system performance under temperature constraint. …”
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DTaPO: Dynamic Thermal-Aware Performance Optimization for Dark Silicon Many-Core Systems by Mohammed Sultan Mohammed, Ali A. M. Al-Kubati, Norlina Paraman, Ab Al-Hadi Ab Rahman, M. N. Marsono

Subjects: “…dark silicon…”
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Task migration optimization for improved dark silicon many-core systems performance under thermal constraint / by Mohammed Sultan Ahmed Mohammed, 1980-, author 644788

Task migration optimization for improved dark silicon many-core systems performance under thermal constraint / by Mohammed Sultan Ahmed Mohammed, 1980-, author 644788, Muhammad Nadzir Marsono, supervisor 642192, Norlina Paraman, 1980- supervisor 441380, Ab. Al-Hadi Ab. Rahman, supervisor 255270, Fakulti Kejuruteraan. Sekolah Kejuruteraan Elektrik 619066

A Survey of System Level Power Management Schemes in the Dark-Silicon Era for Many-Core Architectures by Emmannuel Ofori-Attah, Xiaohang Wang, Michael Agyeman

Subjects: “…dark-silicon…”
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Task migration optimization for improved dark silicon many-core systems performance under thermal constraint by Mohammed, Mohammed Sultan Ahmed

“…First is a dynamic thermal-aware performance optimization (DTaPO) technique for dark silicon many-core systems. DTaPO optimizes dark silicon many-core system performance under thermal constraint. …”
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Double-Layer Energy Efficient Synchronous-Asynchronous Circuit-Switched NoC by Sandy A. Wasif, Salma Hesham, Diana Goehringer, Klaus Hofmann, Mohamed A. Abd El Ghany

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3D-DNaPE: Dynamic Neighbor-Aware Performance Enhancement for Thermally Constrained 3D Many-Core Systems by Mohammed Sultan Mohammed, Ahlam Al-Dhamari, Mosab Hamdan, Abdul-Malik H. Y. Saad, Antar S. H. Abdul-Qawy, M. N. Marsono

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PEW: Prediction-Based Early Dark Cores Wake-up Using Online Ridge Regression for Many-Core Systems by Mohammed Sultan Mohammed, Norlina Paraman, Ab Al-Hadi Ab Rahman, Fuad A. Ghaleb, Ahlam Al-Dhamari, Muhammad Nadzir Marsono

Subjects: “…Dark silicon…”
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AMA: An Ageing Task Migration Aware for High-Performance Computing by Emmanuel Ofori-Attah, Michael Opoku Agyeman

Subjects: “…dark silicon…”
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Design and Application Space Exploration of a Domain-Specific Accelerator System by Fan Feng, Li Li, Kun Wang, Yuxiang Fu, Guoqiang He, Hongbing Pan

Subjects: “…dark silicon…”
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Compiler-Directed Parallelism Scaling Framework for Performance Constrained Energy Optimization by Yung-Cheng Ma

“…Evolution of semiconductor manufacturing technology leads to the rising trend of leakage current and the end of Dennard scaling. At the dark silicon era, aggressive power gating scheme with quantitative management on power-gated hardware resources is required. …”
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Thermal-aware task mapping on dynamically reconfigurable network-on-chip based multiprocessor system-on-chip by Liu, Weichen, Yang, Lei, Jiang, Weiwen, Feng, Liang, Guan, Nan, Zhang, Wei, Dutt, Nikil

“…Dark silicon is the phenomenon that a fraction of many-core chip has to be turned off or run in a low-power state in order to maintain the safe chip temperature. …”
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PEW: prediction-based early dark cores wake-up using online ridge regression for many-core systems by Mohammed, Mohammed Sultan, Paraman, Norlina, Ab. Rahman, Ab. Al Hadi, Abdoh Ghaleb, Fuad Abdulgaleel, Al-Dhamari, Ahlam, Marsono, Muhammad Nadzir

“…Future many-core systems need to address the dark silicon problem, where some cores would be turned off to control the chip's thermal and power density, which effectively limits the performance gain from having a large number of processing cores. …”
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3D-DNaPE: dynamic neighbor-aware performance enhancement for thermally constrained 3D many-core systems. by Mohammed, Mohammed Sultan, Al-Dhamari, Ahlam, Hamdan, Mosab, Saad, Abdul-Malik H.Y., Abdul-Qawy, Antar S.H.

“…However, this advancement resulted in increased power density that exacerbated the thermal challenges of dark silicon, where certain cores are turned off or become dark due to thermal constraints. …”
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