[SYMBOL]
[A]
[B]
[C]
[D]
[E]
[F]
[G]
[H]
[I]
[J]
[K]
[L]
[M]
[N]
[O]
[P]
[Q]
[R]
[S]
[T]
[U]
[V]
[W]
[X]
C programming language
MPI numerical integration program
timing code segments
gettimeofday function
MPI, manual timing [See MPI, code timing with]
time system call
C shell, time command
C++ programming language
MPI numerical integration problem
C3 (Cluster Command and Control) 2nd
commands
cexec
cget
ckill
clist
cname
cnum
cpush
cpushimage
crm
cshutdown
options
installing
ckillnode script
configuration file, creating
dependencies
pushimage command
OSCAR and
Python and
Rocks and
cable management
cache consistency
catchpoints
CD-ROM based clusters
centralized multiprocessors
ch_nt MPICH
ch_p4 MPICH
ch_p4mpd MPICH
ch_shmem MPICH
checkergcc
cLAN
clients
automating setup [See cloning]
clog
CLOG log file format
clog2slog utility
cloning
automating installations
documenting
g4u 2nd
Kickstart 2nd
SystemImager 2nd
definition
files, distribution and synchronization
rsync
Clumon
Cluster Command and Control software package [See C3]
cluster hardware [See hardware]
cluster head
cluster kits 2nd
distributions
OSCAR [See OSCAR]
Rocks [See Rocks]
cluster nodes, cloning [See cloning]
cluster of workstations (COW)
cluster planning
access control
architecture
CD-ROM based clusters
cluster kits [See cluster kits]
clusters versus grids
control
design steps
mission determining
scheduling
security
shared versus dedicated clusters
software
control and management software
programming software
system software
user base
cluster-fork command
ClusterKnoppix
ClusterNFS
clusters 2nd 3rd
benchmarking
Beowulf clusters 2nd
ÒBig MacÓ cluster
clients, automating setup [See cloning]
commodity clusters
distributed computing and
filesystems, selecting [See parallel filesystems]
limitations
management software [See management software]
multicomputers
network design and
NOW cluster
planning [See cluster planning]
POP
programming software [See programming software]
proprietary clusters
scheduling software [See scheduling software]
single system image clustering
software
structure
types
Coda
code optimization
gcc and -O compiler flag
profiling and
color
commodity clusters
commodity, off-the-shelf (COTS) computers
communication versus concurrency
communicators (MPI) 2nd
compilers
debugging and
computational grid
computers 2nd [See also clusters]
centralized multiprocessors
COTS computers
improving performance
memory bandwidth
multicomputer architecture
multiple processors
pipelining
processor array architecture
RISC architecture
superscalar architecture
von Neumann bottleneck
von Neumann computer
Condor roll (Rocks) 2nd
constellations
control and management software
control decomposition
COTS (commodit, off-the-shelf) computers
COW (cluster of workstations)
cpi.c program example
cpilog.c program example
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