Hardware/Computing Resources in NSL - Revision history

Aah10 at 19:54, 8 February 2011

2011-02-08T19:54:12Z

2011-02-08T19:52:00Z

2011-02-08T19:51:34Z

2011-01-20T20:55:36Z

2009-12-09T22:01:57Z

2009-12-09T21:20:31Z

2009-12-09T20:56:54Z

2009-12-09T20:51:10Z

2009-12-08T18:20:37Z

2009-12-08T16:03:34Z

@@ Line 39: / Line 39: @@
 * '''nsl-win''': Windows Terminal Server for remote access. It has most of the needed Microsoft software.
-* '''nsl-cluster''': A number of  machines (currently 12) interconnected through a gigbit Ethernet switch. They can be configured in different topologies to test our code. They could form an isolated network for experimentation. They also can be used for general processing such as running multiple replicas of a simulation code. Technical specifications for the cluster machines can be found [[nsl-cluster Tech Specs | here]]
+* '''nsl-cluster''': A number of  machines (currently 12) interconnected through a gigbit Ethernet switch. They can be configured in different topologies to test our code. They could form an isolated network for experimentation. They also can be used for general processing such as running multiple replicas of a simulation code. Technical specifications for the cluster machines can be found [[nsl-cluster Tech Specs | here]]. Reservation page for cluster usage is [[Private:Cluster_Reservation | here]].
 * '''Workstations''': For use by students.

@@ Line 39: / Line 39: @@
 * '''nsl-win''': Windows Terminal Server for remote access. It has most of the needed Microsoft software.
-* '''nsl-cluster''': A number of  machines (currently 12) interconnected through a gigbit Ethernet switch. They can be configured in different topologies to test our code. They could form an isolated network for experimentation. They also can be used for general processing such as running multiple replicas of a simulation code. Technical specifications for the cluster machines can be found [[here | nsl-cluster Tech Specs]]
+* '''nsl-cluster''': A number of  machines (currently 12) interconnected through a gigbit Ethernet switch. They can be configured in different topologies to test our code. They could form an isolated network for experimentation. They also can be used for general processing such as running multiple replicas of a simulation code. Technical specifications for the cluster machines can be found [[nsl-cluster Tech Specs | here]]
 * '''Workstations''': For use by students.

@@ Line 39: / Line 39: @@
 * '''nsl-win''': Windows Terminal Server for remote access. It has most of the needed Microsoft software.
-* '''nsl-cluster''': A number of  machines (currently 12) interconnected through a gigbit Ethernet switch. They can be configured in different topologies to test our code. They could form an isolated network for experimentation. They also can be used for general processing such as running multiple replicas of a simulation code. [[nsl-cluster Tech Specs]]
+* '''nsl-cluster''': A number of  machines (currently 12) interconnected through a gigbit Ethernet switch. They can be configured in different topologies to test our code. They could form an isolated network for experimentation. They also can be used for general processing such as running multiple replicas of a simulation code. Technical specifications for the cluster machines can be found [[here | nsl-cluster Tech Specs]]
 * '''Workstations''': For use by students.

@@ Line 39: / Line 39: @@
 * '''nsl-win''': Windows Terminal Server for remote access. It has most of the needed Microsoft software.
-* '''nsl-cluster''': A number of  machines (currently 12) interconnected through a gigbit Ethernet switch. They can be configured in different topologies to test our code. They could form an isolated network for experimentation. They also can be used for general processing such as running multiple replicas of a simulation code.
+* '''nsl-cluster''': A number of  machines (currently 12) interconnected through a gigbit Ethernet switch. They can be configured in different topologies to test our code. They could form an isolated network for experimentation. They also can be used for general processing such as running multiple replicas of a simulation code. [[nsl-cluster Tech Specs]]
 * '''Workstations''': For use by students.

@@ Line 115: / Line 115: @@
 |[[Image:DTA-110T.png|center|caption|100px]]
 |[[Image:Divicatch-analyzer.jpg|center|caption|100px]]
 |-
 |Nokia N96
 |DekTec DTA-110T
 |DiviCatch RF T/H
 |}
 </center>
 ''These computing resources are partially funded by an NSERC RTI Grant.''

@@ Line 74: / Line 74: @@
 |Trendnet/TEW-452BRP
 |Dynex/DX-E401
-|Linksys/WRH-54G
+|LinkSys/WRH-54G
 |-
 |[[Image:BelkinBig-300x300.jpg|center|caption|100px]]
@@ Line 113: / Line 113: @@
 |-
 |[[Image:N96.jpg|center|caption|100px]]
 |-
 |Nokia N96
 |}
 </center>
 ''These computing resources are partially funded by an NSERC RTI Grant.''

@@ Line 104: / Line 104: @@
 |[[Image:WinTV-NOVA-T-Stick.jpg|center|caption|100px]]
 |[[Image:Nokia-mobile-tv-receiver-su_33w.jpg|center|caption|100px]]
 |-
 |Logitech QuickCam Pro 9000
@@ Line 109: / Line 110: @@
 |WinTV-Nova-T Digital Terrestial TV Stick
 |Nokia SU33W Mobile TV Receiver
 |}
 </center>
 ''These computing resources are partially funded by an NSERC RTI Grant.''

@@ Line 61: / Line 61: @@
 * '''Headsets and Webcams (5)''': Logitech ClearChat Pro USB headset and Logitech QuickCam Pro 9000 Webcam. We use them to set up video conference testbed. We also use them occasionally for conference calls occasionally.
 {| border="1"
 |[[Image:Dlink-wda-1320.jpg|center|caption|100px]]
@@ Line 99: / Line 101: @@
 |-
 |[[Image:LOG-9000.jpg|center|caption|100px]]
 |-
 |Logitech QuickCam Pro 9000
 |}
+</center>
 ''These computing resources are partially funded by an NSERC RTI Grant.''

@@ Line 86: / Line 86: @@
 |Spectrum LP49-DTV
 |-
 |-
 |Nvidia Quadro FX-570
@@ Line 93: / Line 98: @@
 |Logitech ClearChat Pro
 |-
 |-
 |Logitech QuickCam Pro 9000