CERN Accelerating science

Press Coverage

Date published Title Abstract Article
12/09/2016 ORACLEVOICE: CERN TESTS DATA EXPLORATION USING BIG DATA, ANALYTICS, AND THE CLOUD

Oracle Big Data Discovery helps the CERN openlab team make discoveries that could shed more light on how our universe works.

12/09/2016 OracleVoice: CERN Tests Data Exploration Using Big Data, Analytics, And The Cloud

Oracle Big Data Discovery helps the CERN openlab team make discoveries that could shed more light on how our universe works....

12/09/2016 OracleVoice: CERN Tests Data Exploration Using Big Data, Analytics, And The Cloud

Oracle Big Data Discovery helps the CERN openlab team make discoveries that could shed more light on how our universe works....

12/09/2016 ORACLEVOICE: CERN TESTS DATA EXPLORATION USING BIG DATA, ANALYTICS, AND THE CLOUD

Oracle Big Data Discovery helps the CERN openlab team make discoveries that could shed more light on how our universe works.

12/09/2016 OracleVoice: CERN Tests Data Exploration Using Big Data, Analytics, And The Cloud

Oracle Big Data Discovery helps the CERN openlab team make discoveries that could shed more light on how our universe works. 

12/09/2016 CERN Tests Data Exploration Using Big Data, Analytics, And The Cloud

Oracle Big Data Discovery helps the CERN openlab team make discoveries that could shed more light on how our universe works.

12/09/2016 OracleVoice: CERN Tests Data Exploration Using Big Data, Analytics, And The Cloud

Oracle Big Data Discovery helps the CERN openlab team make discoveries that could shed more light on how our universe works.

12/09/2016 CERN Tests Data Exploration Using Big Data, Analytics, And The Cloud

Oracle Big Data Discovery helps the CERN openlab team make discoveries that could shed more light on how our universe works......»»

12/09/2016 CERN Tests Data Exploration Using Big Data, Analytics, And The Cloud

Oracle Big Data Discovery helps the CERN openlab team make discoveries that could shed more light on how our universe works.

05/09/2016 SINGLE-ROOT INPUT/OUTPUT VIRTUALIZATION (SR-IOV) WITH LINUX CONTAINERS

Virtualization is a technology offering an abstraction layer between software and hardware. It can emulate a hardware platform in order to provide the operating system abstractions of various resources. It is also a means to easily manage hardware resources and to run services in the cloud. One of the main disadvantages of the traditional hypervisor-based virtualization is, however, that it introduces a large overhead with respect to memory and CPU1 usage. Linux* Containers (abbreviated to LXC) is a lightweight alternative to the traditional approach, providing separation of namespaces and file systems while running all processes on a single kernel. Combined with Single-Root Input/Output Virtualization (abbreviated to SR-IOV) it can provide a solution that allows the containers to appear in the network as separate compute-nodes with exclusive MAC2 addresses, while sharing one link and physical network adapter.

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