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Computing Resources

General Access 64-bit Compute Nodes

Name HW CPU RAM Disk
banach   Xen Client   E3-1240 v3@3.40GHz
Virtual Cores = 8
  8GB   300GB
crossley   Xen Client   E3-1240 v3@3.40GHz
Virtual Cores = 4
  8GB   120GB
dudman   Xen Client   E3-1240 v3@3.40GHz
Virtual Cores = 4
  8GB   120GB
hamilton   TYAN   AMD 8214 @ 2.20GHz,
Cores 4x2=8
  32GB   2x300GB@7.2k RAID-1
herschel   SuperMicro
X8DTG-D/X8DTG-D
  X5550 @ 2.67GHz,
Cores 2x8=16
  24GB   2x300GB@7.2k RAID-1
kepler   SuperMicro
X8DTG-D/X8DTG-D
  X5550 @ 2.67GHz,
Cores 2x8=16
  24GB   2x300GB@7.2k RAID-1
silas   Xen Client   E3-1240 v3 @ 3.40GHz,
Cores 1x8=8
  12GB   300GB

Restricted 64-bit Compute Nodes

Name HW CPU RAM Disk
aalen [5]   Xen Client   E5-2643 v2@3.50GHz
Virtual Cores = 8
  64GB   250GB
box [5]   Xen Client   E3-1240 v3@3.40GHz
Virtual Cores = 4
  8GB   300GB
chow [5]   Xen Client   E3-1240 v3@3.40GHz
Virtual Cores = 4
  8GB   300GB
davies [5]   Xen Client   E5-2643 v2@3.50GHz
Virtual Cores = 8
  16GB   250GB
dorset [1]   IBM x3755   AMD 8218 @ 2.20GHz,
Cores 4x2=8
  128GB   2x73.2GB@7.2k
RAID-1
eden [5]   Xen Client   E3-1240 v3@3.40GHz
Virtual Cores = 2
  4GB   300GB
efron [5]   SuperMicro
X10SLM+-LN4F
  E3-1240 v3@3.40GHz
Virtual Cores = 8
  32GB   2x3TB@7.2k RAID-1
germain [5]   SuperMicro
X10SLM+-LN4F
  E3-1240 v3@3.40GHz
Virtual Cores = 8
  32GB   2x3TB@7.2k RAID-1
igor [2]   SuperMicro
ASUS P6X58-E Pro
  i7-960@3.20GHz,
Virtual Cores = 8
  32GB   OS:
2x320GB@7.2k RAID-1,
Data:
6x2TB@7.2k RAID-6
nancy [5]   Supermicro
X9DRD-7LN4F
  E5-2643 v2@3.50GHz
Virtual Cores = 24
  128GB   2x2TB@7.2k RAID-1
norwood [5]   SuperMicro
X10SLM+-LN4F
  E3-1240 v3@3.40GHz
Virtual Cores = 4
  94GB   300GB
schwarz [4]   Penguin Computers
ASUS KGP(M)E-D16
  AMD 6174 @ 3.40GHz,
Virtual Cores = 24
  8GB   2TB@7.2k
shakuntala [3]   SONA
ASUS P5LD2-VM
  Pentium D @ 3.40GHz,
Virtual Cores = 1
  3GB   2x100GB@7.2k RAID-1
smith [5]   Xen Client   E5-2643 v2@3.50GHz
Virtual Cores = 8
  16GB   250GB
telser [5]   Xen Client   E5-2643 v2@3.50GHz
Virtual Cores = 6
  12GB   250GB
turing [5]   Xen Client   E5-2643 v2@3.50GHz
Virtual Cores = 6
  12GB   250GB

For access please contact:

[1] Dr. David Pike.
[2] Dr. Jahrul Alam.
[3] Dr. Brajendra Sutradhar.
[4] Dr. Ronald Haynes.
[5] Dr. Alwell Oyet or another member of the Statistics group.

Mathematical software packages

The following software packages are available on both the general and restricted Gentoo 64-bit platforms.

  • GAP version 4r5 and 4r6
  • Maple version 16
  • Matlab versions R2013a
  • R versions 3.0.1
  • Sage 5.2

Restricted 32-bit Beowulf Cluster

The Department of Mathematics and Statistics is proud to have high performance computing resources dedicated to research activities. The focal points of our facilities are:

A cluster consisting of 24 identical machines, each configured with 4 cores running at 2.6 GHz and 4 GB of RAM .

For access please contact Dr. David Pike.

Name HW CPU RAM Disk
cranborne   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
gussage   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
bridport   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
burleston   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
hampreston   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
swanage   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
batcombe   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
whitcombe   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
morden   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
stalbridge   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
wimborne   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
shapwick   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
pimperne   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
holwell   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
dorchester   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
chetnole   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
dewlish   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
chideock   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
bradpole   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
poole   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
tyneham   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
wareham   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
portisham   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k
marnhull   IBM x3455   AMD Opteron 2218 @ 2.60GHz,
Cores 2x2=4
  4GB   1x80GB@7.2k

These computers accommodate both parallelized computing as well tasks that are highly memory intensive in nature. Click for more details.

General Access 32-bit Lab Machines

There are thirty-two (32) identical machines located in HH-3030/3056. Each configured with 8GB of RAM, an Intel Core i5, and are able to dual boot 32-bit Gentoo Linux & Windows 7 disklessly.

Name HW CPU RAM
chaos   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
chain   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
cardinality   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
braid   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
cycle   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
cryptography   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
correlation   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
coherence   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
functor   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
distribution   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
deterministic   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
decomposition   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
inference   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
identity   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
graph   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
generality   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
lifting   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
knot   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
kernel   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
infinitesimal   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
parameter   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
module   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
mesh   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
link   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
similarity   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
ring   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
regression   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
permutation   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
wavelet   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
tessallation   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
tensor   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB
stochastic   DELL OptiPlex 9020   i5-4570@3.20GHz,
Virtual Cores = 4
  8GB

Mathematical software packages

The following software packages are available on both the general and restricted access 32-bit Gentoo Linux platforms.

  • GAP version 4r5
  • Matlab R2012a
  • Maple version 15 and 16
  • R versions 2.15.2 and 3.1.0
  • Sage version 4.7.1

 

For a more detailed listing of the Departmental resources the following page is available.

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