This dataset includes over over 2M CPU performance measurements collected on the CloudLab testbed. For more information about *how* and *why* it is collected, please refer to the "Taming Performance Variability" paper (https://www.usenix.org/system/files/osdi18-maricq.pdf). For additional information about CPU measurements, you can refer to: https://www.flux.utah.edu/download?uid=288. All these records were exported from the live database dedicated to this CloudLab benchmarking project. The current version of the repo includes some memory benchmarking results (only June-July 2020)
When deploying an application in the cloud, a developer often wants to know which of the wide varie...
Systems for high performance computing are getting increasingly complex. On the one hand, the number...
<div>The emergence of large-scale Internet applications and services has driven a surge in research ...
This dataset includes over over 2M CPU performance measurements collected on the CloudLab testbed. F...
This dataset includes over 6.8M performance measurements collected on the CloudLab testbed. For more...
Empirical performance measurements of computer systems almost always exhibit variability and anomali...
This dataset includes over 2.2M performance measurements collected on the CloudLab testbed. Performa...
The increasing popularity of cloud computing and various options have manifolded over time. The fore...
Cloud benchmarking has become a hot topic in cloud computing research. The idea to attach performanc...
This repository contains our raw datasets and notebooks for analyzing performance results of benchma...
Cloud computing is an ever growing reality nowadays. The possibility of leasing and provisioning re...
Current practice in benchmarking commercial computer systems is to run a number of industry-standard...
Providers of computing services such as data science clouds need to maintain large hardware infrastr...
The demanding computing needs of the CMS experiment require thoughtful planning and management of it...
All computing infrastructure suffers from performance variability, be it bare-metal or virtualized. ...
When deploying an application in the cloud, a developer often wants to know which of the wide varie...
Systems for high performance computing are getting increasingly complex. On the one hand, the number...
<div>The emergence of large-scale Internet applications and services has driven a surge in research ...
This dataset includes over over 2M CPU performance measurements collected on the CloudLab testbed. F...
This dataset includes over 6.8M performance measurements collected on the CloudLab testbed. For more...
Empirical performance measurements of computer systems almost always exhibit variability and anomali...
This dataset includes over 2.2M performance measurements collected on the CloudLab testbed. Performa...
The increasing popularity of cloud computing and various options have manifolded over time. The fore...
Cloud benchmarking has become a hot topic in cloud computing research. The idea to attach performanc...
This repository contains our raw datasets and notebooks for analyzing performance results of benchma...
Cloud computing is an ever growing reality nowadays. The possibility of leasing and provisioning re...
Current practice in benchmarking commercial computer systems is to run a number of industry-standard...
Providers of computing services such as data science clouds need to maintain large hardware infrastr...
The demanding computing needs of the CMS experiment require thoughtful planning and management of it...
All computing infrastructure suffers from performance variability, be it bare-metal or virtualized. ...
When deploying an application in the cloud, a developer often wants to know which of the wide varie...
Systems for high performance computing are getting increasingly complex. On the one hand, the number...
<div>The emergence of large-scale Internet applications and services has driven a surge in research ...