Abstract-Performance monitoring of data centers provides vital information for dynamic resource provisioning, fault diagnosis, and capacity planning decisions. However, the very act of monitoring a system interferes with its performance, and if the information is transmitted to a monitoring station for analysis and logging, this consumes network bandwidth and disk space. This paper proposes a low-cost monitoring solution using compressive sampling-a technique that allows certain classes of signals to be recovered from the original measurements using far fewer samples than traditional approaches-and evaluates its ability to measure typical signals generated in a data-center setting using a testbed comprising the Trade6 enterprise application...
The compressive sensing (CS) framework aims to ease the burden on analog-to-digital converters (ADCs...
Compressive Sensing is a technique that can help reduce the sampling rate of sensing tasks. In mobil...
Abstract—This paper presents a tutorial for CS applications in communications networks. The Shannon’...
Vigilance and maintenance are crucial elements toward the continued performance of any computing sys...
Modern multicore processors provide performance counters that export information on various essentia...
Shannon’s Nyquist theorem has always dictated the conventional signal acquisition policies. Power sy...
The paper deals with the problem of improving the maximum sample rate of analog-to-digital converter...
Nowadays network bandwidth is increasing continuously for end-users and network providers. Network m...
Unlike many other experiments, in meteorology and seismology for instance, monitoring measurements o...
International audienceData center network monitoring can be carried out at hardware networking equip...
The paper deals with the distributed monitoring of harmonic and interharmonic pollution in electrica...
We propose a NALM technique by exploiting the compres-sive sampling and sparse reconstruction framew...
An important prerequisite for Side-Channel Attacks (SCA) is leakage sampling where the side-channel ...
Abstract—The deployment of business critical applications and information infrastructures are moving...
Networked critical infrastructures are of national importance. However, such infrastructures are run...
The compressive sensing (CS) framework aims to ease the burden on analog-to-digital converters (ADCs...
Compressive Sensing is a technique that can help reduce the sampling rate of sensing tasks. In mobil...
Abstract—This paper presents a tutorial for CS applications in communications networks. The Shannon’...
Vigilance and maintenance are crucial elements toward the continued performance of any computing sys...
Modern multicore processors provide performance counters that export information on various essentia...
Shannon’s Nyquist theorem has always dictated the conventional signal acquisition policies. Power sy...
The paper deals with the problem of improving the maximum sample rate of analog-to-digital converter...
Nowadays network bandwidth is increasing continuously for end-users and network providers. Network m...
Unlike many other experiments, in meteorology and seismology for instance, monitoring measurements o...
International audienceData center network monitoring can be carried out at hardware networking equip...
The paper deals with the distributed monitoring of harmonic and interharmonic pollution in electrica...
We propose a NALM technique by exploiting the compres-sive sampling and sparse reconstruction framew...
An important prerequisite for Side-Channel Attacks (SCA) is leakage sampling where the side-channel ...
Abstract—The deployment of business critical applications and information infrastructures are moving...
Networked critical infrastructures are of national importance. However, such infrastructures are run...
The compressive sensing (CS) framework aims to ease the burden on analog-to-digital converters (ADCs...
Compressive Sensing is a technique that can help reduce the sampling rate of sensing tasks. In mobil...
Abstract—This paper presents a tutorial for CS applications in communications networks. The Shannon’...