Abstract processor arrangements
See Processor arrangements
PSE Cluster
partitions, [+]
Digital Fortran 90
Installation, [+]
Digital Fortran 90 compiler
syntax, [+]
High Performance Fortran
ALIGN directive, [+], [+], [+], [+], [+]
for allocatable arrays, [+] to [+]
array assignment, [+], [+], [+]
block distributions, [+]
compilation using -g, [+]
computing model, [+]
converting Fortran 77 programs, [+]
cyclic distributions, [+]
data distribution, [+], [+], [+] to [+], [+]
data mapping, [+]
data parallel operations, [+]
directives
affect performance, not semantics, [+], [+]
incorrect use, [+], [+], [+]
PURE
illegal use not checked, [+]
directive syntax, [+]
DISTRIBUTE directive, [+] to [+], [+], [+] to [+]
DO loops, [+]
entity-oriented declarations, [+]
explicit interfaces, [+], [+]
FORALL construct, [+]
FORALL statement, [+], [+], [+], [+], [+]
general introduction to, [+] to [+], [+]
* distributions, [+]
INDEPENDENT directive, [+], [+], [+]
use NEW keyword when nested, [+]
INHERIT directive, [+]
input/output, [+]
intrinsics, [+]
library procedures, [+]
modules, [+]
nonparallel execution, [+]
NOSEQUENCE directive, [+]
ON HOME directive, [+]
other books about, [+]
passing array arguments, [+]
performance, [+], [+], [+]
performance requirements, [+], [+]
PROCESSORS directive, [+] to [+], [+] to [+]
PURE attribute, [+]
reference page list, [+]
run-time libraries, [+]
SEQUENCE directive, [+]
subprograms, [+]
TEMPLATE directive, [+], [+], [+], [+]
High Performance Fortran Support subset,
[+]
Network File System
overview, [+]
Network Time Protocol
implementing, [+]
Digital Parallel Software Environment
as an extension of UNIX, [+]
changing working environment, [+]
debugger, [+] to [+]
defining environment using environment variables, [+]
environment
propagation, [+]
executing applications, [+]
handling core dumps, [+]
introduction, [+]
load balancing, [+]
maintaining, [+]
overview, [+]
program execution model, [+]
PSE_DEFAULT_PARTITION, [+]
PSE_DEFAULT_PRIORITY, [+]
PSE_FILESYSTEM, [+]
PSE_GROUPS, [+]
PSE_LOADSERVERS, [+]
PSE_PARTITIONS, [+]
PSE_PREF_COMM, [+]
PSE_PRIORITY_LIMIT, [+]
PSE_SCHED_POLICY, [+]
PSE_SERVICEPORT, [+]
PSE_UPDATE_PERIOD, [+]
PSE_USERS, [+]
PSE_WHICH_LOADAVG, [+]
reference page list, [+]
scalar execution, [+]
selecting PSE cluster members, [+]
setting the environment, [+]
specifying virtual peers, [+], [+]
using command-line options, [+]
using NTP, [+]
Digital Parallel Software Environment
Parallel Profiler
See Parallel profiler
Digital UNIX operating system, [+]
software requirements, [+]
ALIGN directive, [+], [+], [+], [+], [+]
for allocatable arrays, [+] to [+]
-all, [+]
Allocatable arrays
using ALIGN to optimize, [+] to [+]
Alpha cluster
see PSE cluster
Alpha clusters
see: PSE cluster
Analysis options, [+]
-all, [+]
-call_trace, [+]
-comm_peers, [+]
-comm_statements, [+]
-comm_variables, [+]
-help, [+]
-instructions, [+]
-interval summary, [+]
-process_summary, [+]
-routines, [+]
-statements, [+]
-statistics, [+]
Analysis phase, [+]
interpreting, [+]
Analysis Phase, [+]
Application execution
peers, [+]
specifying virtual peers, [+], [+]
Application Performance, [+]
Array assignment
accomplished with a DO loop, [+], [+]
accomplished with FORALL, [+], [+]
accomplished with Fortran 90 syntax, [+], [+], [+]
Array profiles, [+]
Arrays
allocatable
using ALIGN to optimize, [+] to [+]
array templates, [+], [+], [+], [+], [+], [+], [+], [+]
passing arguments, [+]
printing, [+]
subsections, [+]
terminology, [+]
zero-sized, [+], [+]
Assumed shape arguments, [+]
Assumed-size dummies
cannot be handled in parallel, [+]
Attribute
PURE, [+]
Barrier synchronization usually not necessary, [+] -bind_to_cpu, [+] Block distribution, [+] Boundary value problems, [+] to [+] Branching statements profiling, [+]
-c, [+] Call traces hierarchical, [+] -call_depth, [+] -call_trace, [+] CD-ROM installation media, [+] mount point, [+] using to load software, [+] Checkpointing, [+] to [+] why do it in parallel, [+] C language, [+] C-language routines calling from an EXTRINSIC(HPF_LOCAL) routine, [+] combining with parallel HPF routines, [+] C-language subprograms in HPF, [+], [+], [+] Cluster customization, [+] to [+] Clustering technology, [+] Clusters see also: PSE cluster Command line options -assume nosize, [+] -debug, [+] during debugging, [+] -fast, [+] -g, [+] -ladebug, [+] Command-line options -wsf, [+], [+], [+], [+], [+], [+] Communications need to minimize, [+], [+] specifying protocols, [+], [+] TCP, [+] UDP Prime, [+] vectorization, [+] Communications patterns, [+] Communications set-up avoiding unnecessary, [+] to [+] Communication statements, [+] Communication variables, [+] -comm_peers, [+] -comm_statements, [+] -comm_variables, [+] Compilation phase, [+], [+] Compile performance, [+] Computing model, [+] Configurations, [+] Conformable arrays, [+] -connections, [+] Constructs FORALL, [+] Controlling process, [+] creating, [+] Control options, [+] -call_depth, [+] -event_list, [+] -file_list, [+] -file_path, [+] -item, [+] -long, [+] -peer_ids, [+] -routine_list, [+] -time_base, [+] -time_unit, [+] -truncate, [+] Core dumps, [+] Core files generated by each peer, [+] Cover letter, [+] Current partition selecting, [+] Customized PSE clusters preinstallation requirements, [+] Customizing a PSE cluster, [+] to [+] Cyclic distribution, [+]
Database editor, [+]
main command line prompt, [+]
Data distribution
See
Directives
DISTRIBUTE directive
Distribution
Data mapping, [+]
BLOCK distribution, [+]
CYCLIC distribution, [+]
descriptive, [+]
DISTRIBUTE directive, [+], [+] to [+]
TIMES distribution, [+]
PROCESSORS directive, [+] to [+], [+] to [+]
SHADOW directive, [+]
transcriptive, [+]
Data output phase, [+], [+]
Data parallel
HPF, [+]
Data parallelism
definition, [+]
Data parallel operations, [+]
Data space usage, [+]
dbx, [+]
-debug, [+], [+], [+]
does not work with -local, [+]
Debugger, [+] to [+]
general, [+]
invoking, [+]
multiple sessions and windows, [+]
selecting dbx or Ladebug, [+]
terminal input/output, [+]
using command line options, [+]
using hpfget, [+]
Debugging
specifying a debugger, [+]
using dbx, [+]
using Ladebug, [+]
Declarations
entity-oriented, [+]
Descriptive data mapping, [+]
Descriptive mapping
no checking at procedure interface, [+]
Digital Parallel Software Environment
limiting resource utilization, [+]
resource utilization, [+]
Directives
affect performance, not semantics, [+]
ALIGN, [+], [+], [+], [+], [+]
for allocatable arrays, [+] to [+]
DISTRIBUTE, [+], [+] to [+], [+] to [+], [+]
for LU decomposition, [+]
INDEPENDENT, [+], [+], [+]
not useful for nearest-neighbor problems, [+], [+]
use NEW keyword when nested, [+]
INHERIT, [+]
NOSEQUENCE, [+]
ON HOME, [+]
PROCESSORS, [+] to [+], [+] to [+]
SEQUENCE, [+]
SHADOW directive for nearest neighbor, [+]
syntax, [+]
TEMPLATE, [+], [+], [+], [+]
Disk space
checking, [+]
requirements, [+]
Distributed arrays
interpreting string representations, [+]
DISTRIBUTE directive, [+] to [+], [+], [+] to [+]
BLOCK distribution, [+]
CYCLIC distribution, [+]
for LU decomposition, [+]
* distribution, [+]
required for parallel execution, [+], [+], [+]
Distribution, [+] to [+]
BLOCK, BLOCK, [+]
BLOCK, CYCLIC, [+]
default, [+]
for LU decomposition, [+]
* , BLOCK, [+]
* , CYCLIC, [+]
DO INDEPENDENT loops
procedure calls in, [+]
DO loops, [+]
avoid using for nearest-neighbor problems, [+], [+]
INDEPENDENT directive needed to parallelize, [+], [+], [+]
profiling, [+]
Entity-oriented declarations, [+], [+]
Environment variables
see PSE environment variables
Error messages
compile-time, [+]
run-time, [+], [+] to [+]
-event_list, [+]
Example programs
LU decomposition, [+]
Mandelbrot set visualization, [+], [+]
Explicit interfaces, [+]
Explicit-shape arguments
calling from an EXTRINSIC(HPF_LOCAL) routine, [+]
Extent
of arrays, [+]
EXTRINSIC(HPF_LOCAL) routines
seeEXTRINSIC procedures
using sequence association in, [+]
see alsoSequence association, incompatible with
distributed data
EXTRINSIC (HPF_SERIAL) computations, [+]
EXTRINSIC procedures, [+], [+]
Extrinsic routines
profiling, [+]
-farm, [+] farmd, [+] Farms see: PSE cluster File I/O, [+] File systems shared, [+] -file_list, [+] -file_path, [+] FORALL construct, [+] instead of DO loops, [+] FORALL statement, [+], [+], [+], [+] Fortran 77 programs, [+] Fortran 90/95 array syntax instead of DO loops, [+] Fortran 90 array assignment See Array assignment
-g, [+] Gaussian elimination, [+] to [+] Global data, [+] Grid-based algorithms, [+] to [+]
Hardware components, [+] to [+]
Hardware configurations, [+]
Heat flow problems
solving, [+] to [+]
-help, [+]
High Performance Fortran Support subset
specifying, [+]
hpfget command, [+]
HPF profiling issues, [+]
HPF_BIND_TO_CPU, [+]
HPF_COMM, [+]
HPF_LIBRARY routines, [+]
HPF_LOCAL routines
seeEXTRINSIC procedures
using sequence association in, [+]
see alsoSequence association, incompatible with
distributed data
HPF_LOCAL_LIBRARY routines, [+]
HPF_RECV_TIMEOUT, [+]
I/O See Input/Output I/O Manager, [+] * distribution, [+] Incorrect use of HPF directives, [+], [+], [+] INDEPENDENT directive, [+], [+], [+] not useful for nearest-neighbor problems, [+], [+] use NEW keyword when nested, [+] INDEPENDENT DO loops procedure calls in, [+] INHERIT directive, [+] Input/Output, [+] redirecting standard input, [+] serialized, [+] temporary, [+] to [+] using Peer 0 for file I/O, [+] using Peer 0 for terminal I/O, [+] Installation Verification Procedures, [+] -instructions, [+] Instruction statistics, [+] Interconnects Memory Channel, [+] Interface mapping not checked at, [+] Interface blocks, [+], [+], [+] Interfaces, [+] Interval profiling, [+] local routines with same names, [+] premature exits, [+] Interval Profiling branching statements, [+] communication analysis, [+] profiling routines, [+] -interval summary, [+] Intrinsic procedures, [+] NUMBER_OF_PROCESSORS(), [+] IP subnets extending a PSE cluster across multiple, [+], [+] -item, [+] Iterative algorithms, [+] to [+] IVP See Installation Verification Procedures
Jacobi's method, [+] to [+] Job priority See Priority Job slots modifying, [+], [+] role of io_manager in managing, [+]
Ladebug, [+], [+] to [+]
Library procedures, [+]
Library routines
profiling, [+]
License Management Facility, [+]
License Product Authorization Key, [+]
creating, [+]
Limiting resource utilization, [+]
LMF
See License Management Facility
Load balancing
selecting Load servers, [+]
selecting PSE cluster members, [+]
Load server, [+]
-local, [+], [+]
does not work with -debug, [+]
Location in memory of distributed data, [+], [+]
see alsoSequence association, incompatible with distributed
data
-login, [+]
Login privileges
during installation, [+]
-long, [+]
Loosely synchronous execution, [+]
LU decomposition, [+] to [+]
algorithm, [+] to [+]
coding in Fortran 90/95 syntax, [+]
parallelizing, [+]
data distribution, [+]
example program source code, [+]
pivoting, [+]
Maintenance tasks, [+]
Mandelbrot set visualization
example program source code, [+], [+]
Manpage
list of HPF-related, [+]
Manpages
list of PSE-related, [+]
Mapping
See Data mapping
Member
see PSE cluster member
Memory Channel, [+]
Memory location
see alsoSequence association, incompatible with distributed
data
of distributed data, [+], [+]
Memory usage
limiting
nearest-neighbor optimization, [+], [+] to [+]
Mixed-language programming, [+], [+], [+] to [+]
compiler options, [+]
Modules, [+]
Multiple network segments
extending a PSE cluster across, [+], [+]
Nearest neighbor problems
optimization, [+] to [+], [+], [+] to [+], [+] to [+]
specifying shadow-edge width, [+] to [+], [+], [+] to [+],
[+] to [+]
Networking Kernel Binaries subset, [+]
Networks, [+], [+]
bandwidth, [+]
latency, [+]
TCP protocols, [+]
UDP protocols, [+]
Network segments
extending a PSE cluster across multiple, [+], [+]
Network striped files
simulating, [+] to [+]
NEW keyword
use with nested INDEPENDENT loops, [+]
NFS
See Network File System
Non-HPF subprograms, [+], [+], [+]
Nonparallel execution, [+]
NOSEQUENCE directive, [+]
NTP
See Network Time Protocol
NUMBER_OF_PROCESSORS(), [+]
-on, [+], [+] to [+], [+] ON HOME directive, [+] Online documentation, [+] Operating system software requirements, [+] Out-of-Range subscripts, [+]
PAK
See License Product Authorization Key
Parallel applications
changing working environment, [+]
executing from a non-PSE-cluster member, [+]
executing on local machine, [+]
executing on specific PSE cluster members, [+]
execution, [+]
execution model, [+]
selecting a PSE cluster for execution, [+]
selecting correct PSE cluster size, [+]
selecting peers for execution, [+]
selecting PSE cluster members, [+]
setting number of peers, [+]
using command-line options, [+]
Parallel execution
minimum requirements for, [+], [+], [+]
Parallelizing DO loops, [+], [+]
Parallel processing
advantages, [+]
models, [+]
performance, [+]
Parallel processing models
data parallelism, [+], [+]
master-slave parallelism, [+]
task parallelism, [+]
Parallel profiler, [+] to [+]
analysis options, [+]
analysis phase, [+]
array distribution, [+]
array profiles, [+]
branching statements, [+]
command line syntax, [+]
communication profiles, [+]
compilation phase, [+], [+]
control options, [+]
data file naming conventions, [+]
data output phase, [+]
DO loops, [+]
extrinsic routines, [+]
help, [+]
hierarchical timing, [+]
interpreting analysis output, [+]
interpreting program performance, [+]
Interval profiling, [+]
library routines, [+]
location of output, [+]
options, [+]
output directories, [+]
PC Sampling, [+]
premature exits, [+]
profiling methods, [+]
profiling strategies, [+]
program execution, [+]
real time calculation, [+]
report formats, [+]
reports, [+]
statistical timing, [+]
using, [+]
Parallel Profiling Tool, [+]
performance, [+]
Parallel Programming Environment subset, [+]
specifying, [+]
Partitions, [+]
displaying, [+]
selecting, [+]
PC Sampling, [+]
alternate routine entries, [+]
communication analysis, [+]
instruction statistics, [+]
Peer 0, [+]
specifying, [+], [+]
-peers, [+]
Peers
creating Peer 0, [+]
numbered, [+]
numbering scheme, [+]
Peer 0, [+]
physical, [+], [+]
redirecting standard input, [+]
selecting, [+]
selecting how many to use, [+]
setting number, [+]
setting Peer 0, [+]
virtual, [+], [+]
-peer_ids, [+]
Performance, [+], [+], [+], [+]
assessing applications, [+]
compiling, [+]
data space usage, [+]
managing I/O, [+]
minimum requirements for parallel execution, [+], [+], [+]
nearest-neighbor problems, [+] to [+], [+] to [+], [+]
[+]
shadow storage for, [+]
stack usage, [+]
-physical, [+]
Physical mode, [+]
Physical storage sequence
see alsoSequence association, incompatible with distributed
data
of distributed arrays, [+], [+]
pprof profile analysis tool, [+]
command line syntax, [+]
pprof tool, [+], [+]
performance, [+]
pprof utility
See Parallel profiler
PPROF_CALL_BACKWARD_SYMBOL, [+]
PPROF_CALL_FORWARD_SYMBOL, [+]
PPROF_DIR, [+], [+]
PPROF_HOSTINFO, [+]
PPROF_SPACE_FILLER, [+], [+]
PPROF_STACKSIZE, [+]
PPROF_TIMER, [+]
PPROF_TIME_UNIT, [+], [+]
Preinstallation requirements, [+]
for customized clusters, [+]
Premature exits
profiling, [+]
Primary program instance, [+]
-priority, [+]
Priority
setting, [+], [+]
Procedure calls in INDEPENDENT DO loops, [+]
Procedure interface
mapping not checked at, [+]
Procedures
EXTRINSIC, [+]
Processor arrangements, [+] to [+], [+] to [+]
PROCESSORS directive, [+] to [+], [+] to [+]
Processor synchronization, [+]
-process_summary, [+]
Profiler
See Parallel profiler
methods, [+]
Profiling methods, [+]
Program execution, [+]
PSE
see Digital Parallel Software
Environment
PSE cluster
architecture, [+]
customizing, [+] to [+]
definition, [+]
extending across multiple network segments, [+], [+]
hardware components, [+] to [+]
hardware configuration examples, [+]
PSE cluster daemon, [+]
enabling and disabling, [+]
maintaining, [+]
PSE cluster members
hardware characteristics, [+]
identifying during execution, [+]
selecting for Peer 0, [+]
selecting for program execution, [+]
selecting using PVM hostfile, [+]
shutting down, [+]
specifying for program execution, [+]
PSE Cluster members
operating system requirements, [+]
PSE clusters
Memory Channel interconnect, [+]
preinstallation requirements, [+]
for customized clusters, [+]
pseconfig, [+]
psedbedit, [+]
PSE environment set-up
system managers' advice to users on, [+]
PSE environment variables
See also PSE profiler environment variables
HPF_BIND_TO_CPU, [+]
HPF_COMM, [+]
HPF_RECV_TIMEOUT, [+]
overview, [+]
PSE_CORE_DIR, [+], [+]
PSE_DEFAULT_PARTITION, [+]
PSE_DEFAULT_PRIORITY, [+]
PSE_EXCLUDE, [+]
PSE_FARM, [+]
PSE_FILESYSTEM, [+]
PSE_GROUPS, [+]
PSE_LOADSERVER, [+]
PSE_LOADSERVERS, [+]
PSE_LOCAL, [+]
PSE_LOGIN, [+]
PSE_MACHINE, [+], [+]
PSE_ON, [+], [+]
PSE_PARTITION, [+]
PSE_PARTITIONS, [+]
PSE_PEERS, [+]
PSE_PREF_COMM, [+], [+]
PSE_PRIORITY, [+], [+]
PSE_PRIORITY_LIMIT, [+]
PSE_PVMHOSTFILE, [+]
PSE_SCHED_POLICY, [+]
PSE_SERVICEPORT, [+]
PSE_STDIN, [+]
PSE_UPDATE_PERIOD, [+]
PSE_USE, [+]
PSE_USERS, [+]
PSE_WHICH_LOADAVG, [+]
which variables should be set by users, [+]
PSE kit
setting location of, [+]
PSE Manual Pages subset, [+]
PSE networking kernel binaries
configuring, [+]
PSE profiler environment variables
PPROF_CALL_BACKWARD_SYMBOL, [+]
PPROF_CALL_FORWARD_SYMBOL, [+]
PPROF_DIR, [+]
PPROF_HOSTINFO, [+]
PPROF_SPACE_FILLER, [+]
PPROF_STACKSIZE, [+]
PPROF_TIMER, [+]
PPROF_TIME_UNIT, [+]
pse-remote-install
running, [+]
PSE System Software subset, [+]
specifying, [+]
PSE tokens
PSE_DEFAULT_PARTITION, [+]
PSE_DEFAULT_PRIORITY, [+]
PSE_FILESYSTEM, [+]
PSE_GROUPS, [+]
PSE_LOADSERVERS, [+]
PSE_PARTITIONS, [+]
PSE_PREF_COMM, [+]
PSE_PRIORITY_LIMIT, [+]
PSE_SCHED_POLICY, [+]
PSE_SERVICEPORT, [+]
PSE_UPDATE_PERIOD, [+]
PSE_USERS, [+]
PSE_WHICH_LOADAVG, [+]
pse_configure_nodes script, [+]
PSE_CORE_DIR, [+]
PSE_DEFAULT_PARTITION, [+]
PSE_DEFAULT_PRIORITY, [+]
PSE_EXCLUDE, [+]
PSE_FARM, [+]
PSE_FILESYSTEM, [+]
PSE_GROUPS, [+]
PSE_LOADSERVER, [+]
PSE_LOADSERVERS, [+]
PSE_LOCAL, [+]
PSE_LOGIN, [+]
PSE_MACHINE, [+], [+]
pse_modify_services script, [+]
PSE_ON, [+]
PSE_PARTITION, [+]
PSE_PARTITIONS, [+]
PSE_PEERS, [+]
PSE_PREF_COMM, [+], [+]
PSE_PRIORITY, [+], [+]
PSE_PRIORITY_LIMIT, [+]
PSE_PVMHOSTFILE, [+]
PSE_SCHED_POLICY, [+]
PSE_SERVICEPORT, [+]
PSE_STDIN, [+]
PSE_UPDATE_PERIOD, [+], [+]
PSE_USE, [+]
PSE_USERS, [+]
PSE_WHICH_LOADAVG, [+]
PURE attribute, [+]
illegal use not checked, [+]
needed only for FORALL, [+], [+]
-pvmhostfile, [+]
Rank of arrays, [+] Real time calculation of for profiling, [+] Reference pages list of HPF-related, [+] list of PSE-related, [+] rehash command, [+] Release notes, [+] Remote installation preparing for, [+] Remote Installation Services loading software, [+] Report formats, [+] RESIDENT keyword, [+] Resource utilization limiting, [+] RIS See Remote Installation Services Root privileges during installation, [+] -routines, [+] Routines profiling, [+] -routine_list, [+] rsh access establishing, [+] Run time member roles, [+] Run-time command-line options -bind_to_cpu, [+] -c, [+] -connections, [+] -debug, [+], [+] -farm, [+] -local, [+], [+] -login, [+] -on, [+] -on argument-list, [+] -peers, [+] -physical, [+], [+] -priority, [+], [+] -pvmhostfile, [+] specifying, [+] -stdin, [+] -timeout, [+] -verbose, [+] -virtual, [+], [+]
Segments
network
extending a PSE cluster across multiple, [+], [+]
Sequence association
incompatible with distributed data, [+]
in distributed arrays, [+], [+]
SEQUENCE directive, [+]
Server
load server, [+]
setld command, [+], [+]
SHADOW directive for nearest-neighbor problems, [+]
Shadow edge
in nearest neighbor problems, [+] to [+]
Shape
of arrays, [+]
-show hpf command-line option, [+], [+]
Simultaneous equations
solving, [+]
Single system image, [+], [+]
Single-thread of control, [+]
Size
of arrays, [+]
Software installation
checking disk space, [+]
checking the kit, [+]
cover letter, [+]
disk space requirements, [+]
error messages, [+], [+]
High Performance Fortran Support subset, [+]
installation displays, [+]
loading from CD-ROM, [+]
loading from RIS, [+]
login privileges, [+]
Networking Kernel Binaries, [+]
operating system requirements, [+]
Parallel Programming Environment subset, [+]
PSE Manual Pages subset, [+]
PSE System Software subset, [+]
release notes, [+]
requirements, [+]
running the IVPs, [+]
software requirements, [+]
specifying subsets, [+]
subsets, [+]
time, [+]
using rehash command, [+]
using setld, [+], [+]
Software license
registering, [+]
Source code
LU decomposition, [+]
Mandelbrot set visualization, [+], [+]
Speed
See performance
Speed up due to parallelization, [+]
Stack usage, [+]
Standard input
redirecting, [+]
Start Of Authority record, [+]
-statements, [+]
Statements
FORALL, [+], [+], [+], [+], [+]
-statistics, [+]
-stdin, [+]
Storage
see alsoSequence association, incompatible with distributed
data
of distributed arrays, [+]
Striped files
network, [+] to [+]
Subscripts
out of range, [+]
vector-valued, [+]
Subsets
specifying during installation, [+]
Superuser privileges
during installation, [+]
Synchronization, [+]
usually not necessary, [+]
TCP/IP interface, [+] TEMPLATE directive, [+], [+], [+], [+] Templates, [+], [+], [+], [+] Terminal I/O, [+] -timeout, [+] -time_base, [+] -time_unit, [+] Timing, [+] Transcriptive data mapping, [+] -truncate, [+]
UDP Prime, [+], [+] UNIX PSE as an extension of, [+] semantics, [+]
Vectorization See Communications Vector-valued subscripts, [+] -verbose, [+] -virtual, [+], [+] Virtual mode, [+] Virtual peers, [+], [+]
Working environment changing, [+] -wsf command-line option, [+], [+], [+], [+], [+], [+]
X-windows interface, [+]
Zero-sized arrays, [+], [+]
