f48d6722539eedb842d629cb7c8681ad88e1b685 donnak Wed Dec 28 23:39:25 2016 -0800 First pass at migration to new style sheet. Refs #18504 diff --git src/hg/htdocs/kc.html src/hg/htdocs/kc.html index 4563d66..d0ce433 100755 --- src/hg/htdocs/kc.html +++ src/hg/htdocs/kc.html @@ -1,56 +1,31 @@ - - - - - UCSC Genome Browser: Kilokluster Project - - - - + + + +

The UCSC/HHMI Kilokluster Project

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+The purpose of the UCSC/HHMI Kilokluster project is to provide high throughput computational +services for bioinformatics applications. With over one thousand processors operating in parallel, +the KiloKluster might be one of the most powerful computational clusters used for bioinformatics +in the world.

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+Because of the massive growth that UCSC has been experiencing, space has been a primary issue in the +planning of this project. Thanks to the space saving designs of +Rackable Systems, the KiloKluster occupies only nine racks +and is less than one hundred square feet in size.

+

+The KiloKluster consists of 504 compute nodes. Each compute node contains two Pentium III processors +running at 866Mhz, a gigabyte of memory, and a forty gigabyte hard drive.

+

+The compute nodes are divided into eight sub-clusters, each with its own switching apparatus and +server. The compute nodes are networked using fast ethernet, and the sub-clusters are connected to +each other and to a main server through a gigabit ethernet switch.

+

+Sun's open source Gridware software is used to assign +tasks to the compute nodes. We chose Gridware primarily because of its open source (thanks Sun!), +and its ease of use compared to other open source schedulers. +

+Technical questions may be directed to +cluster-admin@cse.ucsc.edu.

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-   The UCSC/HHMI Kilokluster project -
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  - -The purpose of the UCSC/HHMI Kilokluster project is to provide high throughput -computational services for bioinformatics applications. With over one thousand -processors operating in parallel, the KiloKluster might be one of the most -powerful computational clusters used for bioinformatics in the world. -

-Because of the massive growth that UCSC has been experiencing, space has been -a primary issue in the planning of this project. Thanks to the space saving -designs of Rackable Systems, the -KiloKluster occupies only nine racks and is less than one hundred square feet -in size. -

-The KiloKluster consists of 504 compute nodes. Each compute node contains two -Pentium III processors running at 866Mhz, a gigabyte of memory, and a forty -gigabyte hard drive. -

-The compute nodes are divided into eight sub-clusters, each with its own -switching apparatus and server. The compute nodes are networked using fast -ethernet, and the sub-clusters are connected to each other and to a main -server through a gigabit ethernet switch. -

-Sun's open source Gridware software -is used to assign tasks to the compute nodes. We chose Gridware primarily -because of its open source (thanks Sun!), and its ease of use compared to other -open source schedulers. -

-Technical questions may be directed to -cluster-admin@cse.ucsc.edu. - -
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