attlabs  2 Intel Xeon 5110 @ 1.6GHz; OS: Windows 2003 R2.
brno     1 2.6GHz, Intel(R) Core;  OS: Windows XP Pro
cityu    1 Intel Xeon 3.4GHz	MS Windows Server 2003
cmu      1 Intel Pentium 4 3.0 Ghz, Northwood (Model 2 Stepping 9) operating system: Windows Server 2003, Build 3790 (Service Pack 1) RAM: 1 GB DDR @ 200 Mhz, CAS 3motherboard: Asus P4P800 
colu     1 Xeon Hyper Thread, 2-CPU 2.8GHz, Windows Server 2003
cost292  1 1XPentiumM_2.00GHz	WinXP
curtin   1 Intel Pentium Dual Core 3.7ghz Microsft Windows XP; Program written in Visual C++ using direct show and ffmpeg for mpeg encoding. 
dcu      1 (Feature Extraction) Pentium 4 540 with HT, 2GB of RAM, running CentOS; (MPG Creation) Intel Core 2 Duo 2.33GHz, 2GB of RAM, running Mac OSX 10.4
eurecom  1 Intel(R) Pentium(R) 4 CPU 2.80GHz; OS/Kernel version : Linux 2.4.26-openmosix1 i686 
fxpal    1 Athlon64 3800+ (2.4GHz actual)(~50%); 1 Intel P4 3.4GHz (~50%)
hkpu     1 Pentium 4, 256MB memory, Windows XP
hut      1 AMD Opteron SE 2220 (2.8GHZ, 2MB cache), OS: SUSE LINUX 10.1 (X86-64)
joanneum 1 Intel Pentium D 3.0 GHz; OS: Windows XP Professional, the text overlay was done on Fedora Core 5
kddietal 1 Pentium4 3.6GHz, Windows XP
lip6     1 PC - Intel core 2 duo, 2.66Ghz CPU 6700, cache size 4Mo, Ram size 3.5Go -- GNU/linux 2.6.17-10mdv (Mandriva); 1 PC - Intel core 2 duo, 2.66Ghz CPU 6700, cache size 4Mo, Ram size 3Go -- GNU/linux 2.6.17-13mdv (Mandriva); 1 PC - Intel P4 - 3.2Ghz, cache size 512Ko, Ram size 1Go -- GNU/linux 2.6.17-11-generic (Ubuntu)
nii      1 Intel Xeon CPU 2 processors 3.2GHz, 2GB RAM, 1.8TetraB HDD, Windows XP-OS
ntu      1 OIntel Pentium 4 3.2GHz x1, 2.00GB RAM, Windows XP
thu-icrc 1 Intel Xeon CPU 2.8GHz, 2GB of RAM,  Windows Server 2003 Enterprise Edition.
ucal     1 Pentium IV 2.3GHz, 8 GB RAM machine
uglasgow 1 P4 2.4 G 1G memory, Windows XP desktop. The code is in VC.  Part of clustering code is in Matlab.
umadrid  1 Intel Pentium 4 CPU 3.00GHz, 1GB RAM) Windows XP Professional, Service Pack 2
uscheff  1 Intel Pentium 4 CPU 3.00GH, Unix platform