OpenVMS Cluster Systems - OpenVMS Systems - HP
OpenVMS Cluster Systems - OpenVMS Systems - HP
OpenVMS Cluster Systems - OpenVMS Systems - HP
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NISCA transport protocol (cont’d)<br />
CC protocol, F–3<br />
channel formation problems, F–16<br />
channel selection and congestion control<br />
appendix, G–1<br />
datagram flags, F–24<br />
datagrams, F–19<br />
definition, F–1<br />
diagnosing with a LAN analyzer, F–19<br />
DX header, F–21<br />
DX protocol, F–3<br />
Equivalent Channel Set, G–1<br />
function, F–3<br />
LAN Ethernet header, F–20<br />
LAN FDDI header, F–20<br />
load distribution, G–1<br />
packet format, F–19<br />
packet loss, F–12<br />
PEDRIVER implementation, F–4<br />
PI protocol, F–3<br />
PPC protocol, F–3<br />
PPD protocol, F–3<br />
retransmission problems, F–17<br />
TR header, F–23<br />
troubleshooting, F–1<br />
TR protocol, F–3<br />
NISCA Transport Protocol<br />
channel selection, G–1<br />
congestion control, G–3<br />
preferred channel, G–2<br />
NISCS_CONV_BOOT system parameter, 8–10,<br />
A–6, C–5<br />
NISCS_LAN_OVRHD system parameter, A–7<br />
NISCS_LOAD_PEA0 system parameter, 4–4, A–7,<br />
C–13<br />
caution when setting to 1, 8–20, A–7<br />
NISCS_MAX_PKTSZ system parameter, 10–16,<br />
A–7<br />
NISCS_PORT_SERV system parameter, A–8<br />
Node allocation classes<br />
See Allocation classes<br />
O<br />
OPCOM (Operator Communication Manager),<br />
10–9, D–10<br />
<strong>OpenVMS</strong> Alpha systems<br />
RAID device-naming problems, 6–13<br />
<strong>OpenVMS</strong> <strong>Cluster</strong> sample programs, D–1<br />
LAVC$FAILURE_ANALYSIS.MAR, D–3<br />
LAVC$START_BUS.MAR, D–1<br />
LAVC$STOP_BUS.MAR, D–2<br />
<strong>OpenVMS</strong> <strong>Cluster</strong> systems<br />
adding a computer, 8–10, 8–33, 8–41<br />
adjusting EXPECTED_VOTES, 8–35<br />
architecture, 2–1<br />
benefits, 1–2<br />
clusterwide logical names, 5–6, 5–11<br />
Index–10<br />
<strong>OpenVMS</strong> <strong>Cluster</strong> systems (cont’d)<br />
common environment, 5–2<br />
startup command procedures, 5–14<br />
common SYSUAF.DAT file, 10–17<br />
configurations, 3–1, 9–1<br />
keeping records, 10–3<br />
preconfiguration tasks, 8–3<br />
procedures, 8–1, 8–4<br />
disaster tolerant, 1–1<br />
distributed file system, 1–4, 2–15<br />
distributed processing, 5–1, 7–1<br />
hang condition, C–15<br />
interprocessor communications, 6–29<br />
local resources, 5–2<br />
maintenance, 10–1<br />
members, 1–3<br />
mixed-architecture<br />
booting, 4–1, 10–5, 10–8<br />
system disks, 3–5, 10–8<br />
multiple environments, 5–2, 5–3<br />
functions that must remain specific, 5–14<br />
startup functions, 5–15<br />
operating environments, 5–2<br />
preparing, 4–1<br />
partitioning, 2–5, C–17<br />
reconfiguring a cluster, 8–33<br />
recovering from startup procedure failure,<br />
C–14<br />
removing a computer, 8–33<br />
adjusting EXPECTED_VOTES, 8–35<br />
security management, 5–16, 10–14<br />
single security domain, 5–16<br />
system applications, 1–5<br />
System Communications Services (SCS), 1–4<br />
system management overview, 1–7<br />
system parameters, A–1<br />
tools and utilities, 1–7, 1–11<br />
troubleshooting, C–1<br />
voting member, 2–6<br />
adding, 8–33<br />
removing, 8–33<br />
<strong>OpenVMS</strong> Management Station, 1–10<br />
Operating systems<br />
coordinating files, 5–22<br />
installing, 4–1<br />
on common system disk, 5–4<br />
upgrading, 4–1<br />
Operator Communications Manager<br />
See OPCOM<br />
P<br />
Packet loss<br />
caused by network congestion, F–12, G–3<br />
caused by too many HELLO datagrams, G–5<br />
NISCA retransmissions, F–12