Abstract — The traditional low-power embedded processors such as ARM and Atom are entering the high-performance server market. At the same time, big data analytics are emerging and dramatically changing the landscape of data center workloads. Thus, the question of whether low-power embedded architectures are suited to process big data applications efficiently, is becoming important. In this work, through methodical investigation of power, performance measurements and comprehensive system level analysis, we demonstrate that low power embedded architectures can provide significant energy-efficiency for processing big data analytics applications
Heterogeneous multicores provide alternative core types and potentially multiple voltage-frequency l...
International audienceThis paper presents an energy efficiency and I/O performance analysis of low-p...
Big Data is a term that describes a large volume of structured and unstructured data. Big Data must ...
The continuous increase in volume, variety and velocity of Big Data exposes datacenter resource scal...
The continuous increase in volume, variety and velocity of Big Data exposes datacenter resource scal...
ARM processors have dominated the mobile device market in the last decade due to their favorable com...
In this paper, we present the design and analyze the performance-energy characteristics of a softwar...
For more than a decade, “big data” has been an industry and academia buzz phrase. Over...
Abstract — A recent trend for big data analytics is to pro-vide heterogeneous architectures to allow...
With growing computing demand, energy consumption is standing out as a salient concern of data centr...
Microservers have recently gained attention as low-cost, low power, reduced footprint servers that a...
International audiencePower consumption is one of the main challenges to achieve Exascale performanc...
The volume of generated data increases by the rapid growth of Internet of Things, leading to the big...
There is increased interest, in high-performance computing as well as in commercial datacenters, in ...
Light-weight embedded systems are now gaining more popularity due to the recent technological advanc...
Heterogeneous multicores provide alternative core types and potentially multiple voltage-frequency l...
International audienceThis paper presents an energy efficiency and I/O performance analysis of low-p...
Big Data is a term that describes a large volume of structured and unstructured data. Big Data must ...
The continuous increase in volume, variety and velocity of Big Data exposes datacenter resource scal...
The continuous increase in volume, variety and velocity of Big Data exposes datacenter resource scal...
ARM processors have dominated the mobile device market in the last decade due to their favorable com...
In this paper, we present the design and analyze the performance-energy characteristics of a softwar...
For more than a decade, “big data” has been an industry and academia buzz phrase. Over...
Abstract — A recent trend for big data analytics is to pro-vide heterogeneous architectures to allow...
With growing computing demand, energy consumption is standing out as a salient concern of data centr...
Microservers have recently gained attention as low-cost, low power, reduced footprint servers that a...
International audiencePower consumption is one of the main challenges to achieve Exascale performanc...
The volume of generated data increases by the rapid growth of Internet of Things, leading to the big...
There is increased interest, in high-performance computing as well as in commercial datacenters, in ...
Light-weight embedded systems are now gaining more popularity due to the recent technological advanc...
Heterogeneous multicores provide alternative core types and potentially multiple voltage-frequency l...
International audienceThis paper presents an energy efficiency and I/O performance analysis of low-p...
Big Data is a term that describes a large volume of structured and unstructured data. Big Data must ...