SC06 - Revision history

Sheldonp: /* L-Store: Storage Virtualization for the Open Science Grid */

2006-11-30T21:17:26Z

L-Store: Storage Virtualization for the Open Science Grid

← Older revision		Revision as of 16:17, 30 November 2006
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	of disk servers with an aggregate transfer rate of 3-4 GBytes/sec. The plot below shows		of disk servers with an aggregate transfer rate of 3-4 GBytes/sec. The plot below shows
	that we were able to sustain traffic at nearly 3.3 GBytes/sec for a two hour period (and we could		that we were able to sustain traffic at nearly 3.3 GBytes/sec for a two hour period (and we could
	have ~~gone over for~~ several hours more):		have continued several hours more):

	[[Image:35Gbs.png]]		[[Image:35Gbs.png]]

Sheldonp: /* L-Store: Storage Virtualization for the Open Science Grid */

2006-11-30T21:17:04Z

L-Store: Storage Virtualization for the Open Science Grid

← Older revision		Revision as of 16:17, 30 November 2006
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	L-Store/IBP is highly performant, in our booth we will be demonstrating sustained writes to a rack		L-Store/IBP is highly performant, in our booth we will be demonstrating sustained writes to a rack
	of disk servers with an aggregate transfer rate of 3-4 GBytes/sec. The plot below shows		of disk servers with an aggregate transfer rate of 3-4 GBytes/sec. The plot below shows
	~~sustained~~ traffic at nearly 3.3 GBytes/sec for a ~~roughly~~ two hour period:		that we were able to sustain traffic at nearly 3.3 GBytes/sec for a two hour period (and we could
			have gone over for several hours more):

	[[Image:35Gbs.png]]		[[Image:35Gbs.png]]

Sheldonp: /* L-Store: Storage Virtualization for the Open Science Grid */

2006-11-30T21:15:57Z

L-Store: Storage Virtualization for the Open Science Grid

← Older revision		Revision as of 16:15, 30 November 2006
Line 21:		Line 21:
	L-Store/IBP is highly performant, in our booth we will be demonstrating sustained writes to a rack		L-Store/IBP is highly performant, in our booth we will be demonstrating sustained writes to a rack
	of disk servers with an aggregate transfer rate of 3-4 GBytes/sec. The plot below shows		of disk servers with an aggregate transfer rate of 3-4 GBytes/sec. The plot below shows
	sustained traffic at nearly 3.5 GBytes/sec for a roughly two hour period:		sustained traffic at nearly 3.3 GBytes/sec for a roughly two hour period:

	[[Image:35Gbs.png]]		[[Image:35Gbs.png]]

Sheldonp: /* L-Store: Storage Virtualization for the Open Science Grid */

2006-11-30T21:15:26Z

L-Store: Storage Virtualization for the Open Science Grid

← Older revision		Revision as of 16:15, 30 November 2006
Line 20:		Line 20:

	L-Store/IBP is highly performant, in our booth we will be demonstrating sustained writes to a rack		L-Store/IBP is highly performant, in our booth we will be demonstrating sustained writes to a rack
	of disk servers with an aggregate transfer rate of 3-4 GBytes/sec.		of disk servers with an aggregate transfer rate of 3-4 GBytes/sec. The plot below shows
			sustained traffic at nearly 3.5 GBytes/sec for a roughly two hour period:

	[[Image:35Gbs.png]]		[[Image:35Gbs.png]]

	~~<I>Sustained traffic at nearly 3.5 GBytes/sec for a roughly two hour period.</I>~~

Sheldonp: /* L-Store: Storage Virtualization for the Open Science Grid */

2006-11-30T21:14:19Z

L-Store: Storage Virtualization for the Open Science Grid

← Older revision		Revision as of 16:14, 30 November 2006
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	[[Image:35Gbs.png]]		[[Image:35Gbs.png]]

	<I>Sustained traffic at nearly 3.5 GBytes/sec for a roughly two hour period.</I>		<I>Sustained traffic at nearly 3.5 GBytes/sec for a roughly two hour period.</I>

Sheldonp: /* L-Store: Storage Virtualization for the Open Science Grid */

2006-11-30T21:14:04Z

L-Store: Storage Virtualization for the Open Science Grid

← Older revision		Revision as of 16:14, 30 November 2006
Line 23:		Line 23:

	[[Image:35Gbs.png]]		[[Image:35Gbs.png]]
			<I>Sustained traffic at nearly 3.5 GBytes/sec for a roughly two hour period.</I>

	~~[[Image:30Gbs.png]]~~

	At SC06, we successfully filled a 10 GigE pipe with traffic from/to Caltech (Pasadena) to our depot		At SC06, we successfully filled a 10 GigE pipe with traffic from/to Caltech (Pasadena) to our depot

129.59.122.59: /* L-Store: Storage Virtualization for the Open Science Grid */

2006-11-30T21:09:20Z

L-Store: Storage Virtualization for the Open Science Grid

← Older revision		Revision as of 16:09, 30 November 2006
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	L-Store/IBP is highly performant, in our booth we will be demonstrating sustained writes to a rack		L-Store/IBP is highly performant, in our booth we will be demonstrating sustained writes to a rack
	of disk servers with an aggregate transfer rate of 3-4 GBytes/sec.		of disk servers with an aggregate transfer rate of 3-4 GBytes/sec.

			[[Image:35Gbs.png]]

	[[Image:30Gbs.png]]		[[Image:30Gbs.png]]

67.155.163.250: /* L-Store: Storage Virtualization for the Open Science Grid */

2006-11-16T15:08:47Z

L-Store: Storage Virtualization for the Open Science Grid

← Older revision		Revision as of 10:08, 16 November 2006
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	[[Image:30Gbs.png]]		[[Image:30Gbs.png]]

			At SC06, we successfully filled a 10 GigE pipe with traffic from/to Caltech (Pasadena) to our depot
			on the floor at Tampa:

			[[Image:pasadena2tampa.png]]

	===Nevoa Storage System: Managing scalable storage virtualization infrastructure===		===Nevoa Storage System: Managing scalable storage virtualization infrastructure===

140.221.136.173: /* L-Store: Storage Virtualization for the Open Science Grid */

2006-11-12T21:45:58Z

L-Store: Storage Virtualization for the Open Science Grid

← Older revision		Revision as of 16:45, 12 November 2006
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	'''Alan Tackett, Vanderbilt University/ACCRE'''		'''Alan Tackett, Vanderbilt University/ACCRE'''

	L-Store provides a distributed namespace for storing arbitrary sized data objects. It is		L-Store allows for distributed storage devices (which can be distributed in a wide geographic region) to
			function as a single file system. Specifically, L-Store provides a distributed namespace for
			storing arbitrary sized data objects. It is
	agnostic to the data transfer and storage mechanism, although currently only IBP is supported.		agnostic to the data transfer and storage mechanism, although currently only IBP is supported.
	L-Store utilizes a chord based DHT implementation to provide metadata scalability.		L-Store utilizes a chord based DHT implementation to provide metadata scalability.

206.113.194.99: /* Nevoa Storage System: Managing scalable storage virtualization infrastructure */

2006-11-12T18:53:53Z

Nevoa Storage System: Managing scalable storage virtualization infrastructure

← Older revision		Revision as of 13:53, 12 November 2006
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	===Nevoa Storage System: Managing scalable storage virtualization infrastructure===		===Nevoa Storage System: Managing scalable storage virtualization infrastructure===
	'''Hunter Hagewood, Nevoa Networks'''		'''Hunter Hagewood, Nevoa Networks'''
	~~<p>~~The deployment of distributed systems both in wide and local area networks requires a more extensive set of management tools in order to attain the same levels of realibility typically found in self-contained systems. Nevoa Networks currently offers such tools through its Nevoa StorCore product line.		The deployment of distributed systems both in wide and local area networks requires a more extensive set of management tools in order to attain the same levels of realibility typically found in self-contained systems. Nevoa Networks currently offers such tools through its Nevoa StorCore product line. Nevoa StorCore allows you to easily configure, monitor, share, and manage the storage resources of your logistical network. Partitioning pooled storage capacity, defining realiability policies, automating fault detection decisions, tiering or peering with other logistical networks are just some of the functionalities Nevoa StorCore offers.
	~~<p>~~Nevoa StorCore allows you to easily configure, monitor, share, and manage the storage resources of your logistical network. ~~Partition your~~ pooled storage capacity, ~~define~~ realiability policies, ~~automate~~ fault detection decisions, ~~tier~~ or ~~peer~~ with other logistical networks are just some of the functionalities Nevoa StorCore offers.		This demonstration will include a walk through of Nevoa StorCore's features, examples of national and international deployments and an introduction to Nevoa Explorer Personal Edition, the client component of the Nevoa Storage System for end-users.

	===How to create a multi-user, wide area facility for data intensive visualization===		===How to create a multi-user, wide area facility for data intensive visualization===