Sorted by Execution Time
Rank | Execution Time (cycles) | Title | Code |
1 | 5.74E+10 | Request Density Aware Fair Memory Scheduling , Takakazu Ikeda (Tokyo Institute of Technology), Shinya Takamaeda-Yamazaki (Tokyo Institute of Technology / JSPS Research Fellow), and Naoki Fujieda, Shimpei Sato, and Kenji Kise (Tokyo Institute of Technology). | Scheduler.c Scheduler.h |
2 | 5.78E+10 | High Performance Memory Access Scheduling using Compute-Phase Prediction and Writeback-Refresh Overlap , Yasuo Ishii (The University of Tokyo, NEC Corporation) and Kouhei Hosokawa, Mary Inaba, and Kei Hiraki (The University of Tokyo). | Scheduler.c Scheduler.h |
3 | 5.82E+10 | Thread-Fair Memory Request Reordering , Kun Fang, Nick Iliev, Ehsan Noohi, Suyu Zhang, and Zhichun Zhu (University of Illinois at Chicago). | Scheduler.c Scheduler.h |
4 | 5.83E+10 | The Compact Memory Scheduling Maximizing Row Buffer Locality , Young-Suk Moon, Yongkee Kwon, Hong-Sik Kim, Dong-gun Kim, Hyungdong Hayden Lee, and Kunwoo park (SK Hynix). | Scheduler.c Scheduler.h |
5 | 5.85E+10 | Service Value Aware Memory Scheduler by Estimating Request Weight and Using per-Thread Traffic Lights , Keisuke Kuroyanagi (INRIA/IRISA, The University of Tokyo) and Andre Seznec (INRIA/IRISA). | Scheduler-perf.c Scheduler-edp.c Scheduler.h |
6 | 5.86E+10 | Pre-Read and Write-Leak Memory Scheduling Algorithm , Long Chen, Yanan Cao, Sarah Kabala, and Parijat Shukla (Iowa State University). | Scheduler.c Scheduler.h |
7 | 5.96E+10 | Priority Based Fair Scheduling: A Memory Scheduler Design for Chip-Multiprocessor Systems , Chongmin Li, Dongsheng Wang, Haixia Wang, and Yibo Xue (Department of Computer Science & Technology, Tsinghua University). | Scheduler.c Scheduler.h |
8 | 6.14E+10 | Stride- and Global History-based DRAM Page Management , Mushfique Junayed Khurshid, Mohit Chainani, Alekhya Perugupalli, and Rahul Srikumar (University of Wisconsin-Madison). | Scheduler.c Scheduler.h |
Sorted by Total EDP
Rank | Total EDP (J.s) | Title | Code |
1 | 44.5294 | Thread-Fair Memory Request Reordering , Kun Fang, Nick Iliev, Ehsan Noohi, Suyu Zhang, and Zhichun Zhu (University of Illinois at Chicago). | Scheduler.c Scheduler.h |
2 | 44.7755 | The Compact Memory Scheduling Maximizing Row Buffer Locality , Young-Suk Moon, Yongkee Kwon, Hong-Sik Kim, Dong-gun Kim, Hyungdong Hayden Lee, and Kunwoo park (SK Hynix). | Scheduler.c Scheduler.h |
3 | 44.9269 | High Performance Memory Access Scheduling using Compute-Phase Prediction and Writeback-Refresh Overlap , Yasuo Ishii (The University of Tokyo, NEC Corporation) and Kouhei Hosokawa, Mary Inaba, and Kei Hiraki (The University of Tokyo). | Scheduler.c Scheduler.h |
4 | 45.4068 | Pre-Read and Write-Leak Memory Scheduling Algorithm , Long Chen, Yanan Cao, Sarah Kabala, and Parijat Shukla (Iowa State University). | Scheduler.c Scheduler.h |
5 | 46.3929 | Request Density Aware Fair Memory Scheduling , Takakazu Ikeda (Tokyo Institute of Technology), Shinya Takamaeda-Yamazaki (Tokyo Institute of Technology / JSPS Research Fellow), and Naoki Fujieda, Shimpei Sato, and Kenji Kise (Tokyo Institute of Technology). | Scheduler.c Scheduler.h |
6 | 47.6942 | Priority Based Fair Scheduling: A Memory Scheduler Design for Chip-Multiprocessor Systems , Chongmin Li, Dongsheng Wang, Haixia Wang, and Yibo Xue (Department of Computer Science & Technology, Tsinghua University). | Scheduler.c Scheduler.h |
7 | 47.8194 | Service Value Aware Memory Scheduler by Estimating Request Weight and Using per-Thread Traffic Lights , Keisuke Kuroyanagi (INRIA/IRISA, The University of Tokyo) and Andre Seznec (INRIA/IRISA). | Scheduler-perf.c Scheduler-edp.c Scheduler.h |
8 | 49.7780 | Stride- and Global History-based DRAM Page Management , Mushfique Junayed Khurshid, Mohit Chainani, Alekhya Perugupalli, and Rahul Srikumar (University of Wisconsin-Madison). | Scheduler.c Scheduler.h |
Sorted by PFP
Rank | PFP | Title | Code |
1 | 5.43E+10 | High Performance Memory Access Scheduling using Compute-Phase Prediction and Writeback-Refresh Overlap , Yasuo Ishii (The University of Tokyo, NEC Corporation) and Kouhei Hosokawa, Mary Inaba, and Kei Hiraki (The University of Tokyo). | Scheduler.c Scheduler.h |
2 | 5.50E+10 | Thread-Fair Memory Request Reordering , Kun Fang, Nick Iliev, Ehsan Noohi, Suyu Zhang, and Zhichun Zhu (University of Illinois at Chicago). | Scheduler.c Scheduler.h |
3 | 5.52E+10 | The Compact Memory Scheduling Maximizing Row Buffer Locality , Young-Suk Moon, Yongkee Kwon, Hong-Sik Kim, Dong-gun Kim, Hyungdong Hayden Lee, and Kunwoo park (SK Hynix). | Scheduler.c Scheduler.h |
4 | 5.54E+10 | Request Density Aware Fair Memory Scheduling , Takakazu Ikeda (Tokyo Institute of Technology), Shinya Takamaeda-Yamazaki (Tokyo Institute of Technology / JSPS Research Fellow), and Naoki Fujieda, Shimpei Sato, and Kenji Kise (Tokyo Institute of Technology). | Scheduler.c Scheduler.h |
5 | 5.59E+10 | Pre-Read and Write-Leak Memory Scheduling Algorithm , Long Chen, Yanan Cao, Sarah Kabala, and Parijat Shukla (Iowa State University). | Scheduler.c Scheduler.h |
6 | 5.76E+10 | Priority Based Fair Scheduling: A Memory Scheduler Design for Chip-Multiprocessor Systems , Chongmin Li, Dongsheng Wang, Haixia Wang, and Yibo Xue (Department of Computer Science & Technology, Tsinghua University). | Scheduler.c Scheduler.h |
7 | 5.81E+10 | Service Value Aware Memory Scheduler by Estimating Request Weight and Using per-Thread Traffic Lights , Keisuke Kuroyanagi (INRIA/IRISA, The University of Tokyo) and Andre Seznec (INRIA/IRISA). | Scheduler-perf.c Scheduler-edp.c Scheduler.h |
8 | 6.18E+10 | Stride- and Global History-based DRAM Page Management , Mushfique Junayed Khurshid, Mohit Chainani, Alekhya Perugupalli, and Rahul Srikumar (University of Wisconsin-Madison). | Scheduler.c Scheduler.h |
Sorted by Average Max. Slow Down
Rank | Average Max. Slow Down | Title | Code |
1 | 1.1684 | High Performance Memory Access Scheduling using Compute-Phase Prediction and Writeback-Refresh Overlap , Yasuo Ishii (The University of Tokyo, NEC Corporation) and Kouhei Hosokawa, Mary Inaba, and Kei Hiraki (The University of Tokyo). | Scheduler.c Scheduler.h |
2 | 1.1797 | Thread-Fair Memory Request Reordering , Kun Fang, Nick Iliev, Ehsan Noohi, Suyu Zhang, and Zhichun Zhu (University of Illinois at Chicago). | Scheduler.c Scheduler.h |
3 | 1.1811 | The Compact Memory Scheduling Maximizing Row Buffer Locality , Young-Suk Moon, Yongkee Kwon, Hong-Sik Kim, Dong-gun Kim, Hyungdong Hayden Lee, and Kunwoo park (SK Hynix). | Scheduler.c Scheduler.h |
4 | 1.1829 | Request Density Aware Fair Memory Scheduling , Takakazu Ikeda (Tokyo Institute of Technology), Shinya Takamaeda-Yamazaki (Tokyo Institute of Technology / JSPS Research Fellow), and Naoki Fujieda, Shimpei Sato, and Kenji Kise (Tokyo Institute of Technology). | Scheduler.c Scheduler.h |
5 | 1.1896 | Pre-Read and Write-Leak Memory Scheduling Algorithm , Long Chen, Yanan Cao, Sarah Kabala, and Parijat Shukla (Iowa State University). | Scheduler.c Scheduler.h |
6 | 1.2082 | Priority Based Fair Scheduling: A Memory Scheduler Design for Chip-Multiprocessor Systems , Chongmin Li, Dongsheng Wang, Haixia Wang, and Yibo Xue (Department of Computer Science & Technology, Tsinghua University). | Scheduler.c Scheduler.h |
7 | 1.2278 | Service Value Aware Memory Scheduler by Estimating Request Weight and Using per-Thread Traffic Lights , Keisuke Kuroyanagi (INRIA/IRISA, The University of Tokyo) and Andre Seznec (INRIA/IRISA). | Scheduler-perf.c Scheduler-edp.c Scheduler.h |
8 | 1.2495 | Stride- and Global History-based DRAM Page Management , Mushfique Junayed Khurshid, Mohit Chainani, Alekhya Perugupalli, and Rahul Srikumar (University of Wisconsin-Madison). | Scheduler.c Scheduler.h |