Searched hist:8981 (Results 1 - 5 of 5) sorted by relevance
| /gem5/src/mem/ | ||
| H A D | CommMonitor.py | 8981:6f4ec692716f Wed May 09 04:37:00 EDT 2012 Andreas Hansson <andreas.hansson@arm.com> MEM: Add the communication monitor This patch adds a communication monitor MemObject that can be inserted between a master and slave port to provide a range of statistics about the communication passing through it. The communication monitor is non-invasive and does not change any properties or timing of the packets, with the exception of adding a sender state to be able to track latency. The statistics are only collected in timing mode (not atomic) to avoid slowing down any fast forwarding. An example of the statistics captured by the monitor are: read/write burst lengths, bandwidth, request-response latency, outstanding transactions, inter transaction time, transaction count, and address distribution. The monitor can be used in combination with periodic resetting and dumping of stats (through schedStatEvent) to study the behaviour over time. In future patches, a selection of convenience scripts will be added to aid in visualising the statistics collected by the monitor. |
| H A D | comm_monitor.hh | 8981:6f4ec692716f Wed May 09 04:37:00 EDT 2012 Andreas Hansson <andreas.hansson@arm.com> MEM: Add the communication monitor This patch adds a communication monitor MemObject that can be inserted between a master and slave port to provide a range of statistics about the communication passing through it. The communication monitor is non-invasive and does not change any properties or timing of the packets, with the exception of adding a sender state to be able to track latency. The statistics are only collected in timing mode (not atomic) to avoid slowing down any fast forwarding. An example of the statistics captured by the monitor are: read/write burst lengths, bandwidth, request-response latency, outstanding transactions, inter transaction time, transaction count, and address distribution. The monitor can be used in combination with periodic resetting and dumping of stats (through schedStatEvent) to study the behaviour over time. In future patches, a selection of convenience scripts will be added to aid in visualising the statistics collected by the monitor. |
| H A D | comm_monitor.cc | 8981:6f4ec692716f Wed May 09 04:37:00 EDT 2012 Andreas Hansson <andreas.hansson@arm.com> MEM: Add the communication monitor This patch adds a communication monitor MemObject that can be inserted between a master and slave port to provide a range of statistics about the communication passing through it. The communication monitor is non-invasive and does not change any properties or timing of the packets, with the exception of adding a sender state to be able to track latency. The statistics are only collected in timing mode (not atomic) to avoid slowing down any fast forwarding. An example of the statistics captured by the monitor are: read/write burst lengths, bandwidth, request-response latency, outstanding transactions, inter transaction time, transaction count, and address distribution. The monitor can be used in combination with periodic resetting and dumping of stats (through schedStatEvent) to study the behaviour over time. In future patches, a selection of convenience scripts will be added to aid in visualising the statistics collected by the monitor. |
| H A D | SConscript | diff 8981:6f4ec692716f Wed May 09 04:37:00 EDT 2012 Andreas Hansson <andreas.hansson@arm.com> MEM: Add the communication monitor This patch adds a communication monitor MemObject that can be inserted between a master and slave port to provide a range of statistics about the communication passing through it. The communication monitor is non-invasive and does not change any properties or timing of the packets, with the exception of adding a sender state to be able to track latency. The statistics are only collected in timing mode (not atomic) to avoid slowing down any fast forwarding. An example of the statistics captured by the monitor are: read/write burst lengths, bandwidth, request-response latency, outstanding transactions, inter transaction time, transaction count, and address distribution. The monitor can be used in combination with periodic resetting and dumping of stats (through schedStatEvent) to study the behaviour over time. In future patches, a selection of convenience scripts will be added to aid in visualising the statistics collected by the monitor. |
| /gem5/src/mem/cache/replacement_policies/ | ||
| H A D | ReplacementPolicies.py | diff 12627:33d3bb6f19a5 Mon Mar 12 06:05:00 EDT 2018 Daniel R. Carvalho <odanrc@yahoo.com.br> mem-cache: Create RRIP Replacement Policy Implementation of a Re-Reference Interval Prediction replacement policy. Change-Id: Iba716eb5df2bf2be156e765f889d94f6ad00c91b Reviewed-on: https://gem5-review.googlesource.com/8981 Maintainer: Nikos Nikoleris <nikos.nikoleris@arm.com> Reviewed-by: Nikos Nikoleris <nikos.nikoleris@arm.com> Reviewed-by: Jason Lowe-Power <jason@lowepower.com> |
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