Artifact for Contention-aware Application Performance Prediction for Disaggregated Memory Systems (CF 2020). This artifact is intended to demonstrate the process of using the Slowdown based method proposed in the paper. Additionally, it contains the data set used in the paper. Update: It removes the pre-compiled binaries shipped in the previous versions and add a generic version of the memory bandwidth load generator (intefering applicaton)
Artifact evaluation for RowPress: Amplifying Read-Disturbance in Modern DRAM Chips, accepted at the ...
On multicore processors, co-executing applications compete for shared resources, such as cache capac...
Memory contention is one of the largest sources of inter-core interference in statically partitioned...
Artifact for Contention-aware Application Performance Prediction for Disaggregated Memory Systems (C...
Disaggregated memory has recently been proposed as a way to allow flexible and fine-grained allocati...
This artifact is intended to demonstrate the workflow followed by our simulation approach for at-sca...
This artifact is intended to make available the workflow applied during our simulations to analyze t...
As the speed gap widens between CPU and memory, memory hierarchy performance has become the bottlene...
International audienceMemory interferences may introduce important slowdowns in applications running...
PLDI Artifact For "Making concurrent reference counting as fast as manual safe memory reclamation" (...
Applications may have unintended performance problems in spite of compiler optimizations, because of...
The artifact for the paper Sequential Reasoning for Optimizing Compilers Under Weak Memory Concurren...
This is the artefact of our paper titled "Reducing the Memory Footprint of IFDS-based Data-Flow Anal...
This artifact is concerned with Section 5 (Evaluation) of the paper "Accelerating Nested Data Parall...
This artifact demonstrates the performance of the proposed worst-case memory stall analysis for a me...
Artifact evaluation for RowPress: Amplifying Read-Disturbance in Modern DRAM Chips, accepted at the ...
On multicore processors, co-executing applications compete for shared resources, such as cache capac...
Memory contention is one of the largest sources of inter-core interference in statically partitioned...
Artifact for Contention-aware Application Performance Prediction for Disaggregated Memory Systems (C...
Disaggregated memory has recently been proposed as a way to allow flexible and fine-grained allocati...
This artifact is intended to demonstrate the workflow followed by our simulation approach for at-sca...
This artifact is intended to make available the workflow applied during our simulations to analyze t...
As the speed gap widens between CPU and memory, memory hierarchy performance has become the bottlene...
International audienceMemory interferences may introduce important slowdowns in applications running...
PLDI Artifact For "Making concurrent reference counting as fast as manual safe memory reclamation" (...
Applications may have unintended performance problems in spite of compiler optimizations, because of...
The artifact for the paper Sequential Reasoning for Optimizing Compilers Under Weak Memory Concurren...
This is the artefact of our paper titled "Reducing the Memory Footprint of IFDS-based Data-Flow Anal...
This artifact is concerned with Section 5 (Evaluation) of the paper "Accelerating Nested Data Parall...
This artifact demonstrates the performance of the proposed worst-case memory stall analysis for a me...
Artifact evaluation for RowPress: Amplifying Read-Disturbance in Modern DRAM Chips, accepted at the ...
On multicore processors, co-executing applications compete for shared resources, such as cache capac...
Memory contention is one of the largest sources of inter-core interference in statically partitioned...