Sybex Virtual Trainer CCNP Switching/Sybex_Virtual_Trainer_CCNP_Switching.iso/ccnp2711/media/search/_word_index.xml

Text File | 2001-02-28 | 15.0 KB | 667 lines

<INDEX>
    <KEYWORD>
        <NAME>20/80 rule</NAME>
        <PAGE ID="D">004a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>distribution layer</NAME>
        <PAGE ID="D">021a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>80/20 rule</NAME>
        <PAGE ID="D">004a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>enterprise services</NAME>
        <PAGE ID="D">011a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>access layer</NAME>
        <PAGE ID="D">021a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>hierarchy</NAME>
        <PAGE ID="D">021a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>bandwidth</NAME>
        <PAGE ID="D">004a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>local services</NAME>
        <PAGE ID="D">011a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>collapsed core</NAME>
        <PAGE ID="D">029a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>multi-layer switching</NAME>
        <PAGE ID="D">019b</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>core block</NAME>
        <PAGE ID="D">029a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>remote services</NAME>
        <PAGE ID="D">011a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>core layer</NAME>
        <PAGE ID="D">021a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>switch block</NAME>
        <PAGE ID="D">028a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>data encapsulation</NAME>
        <PAGE ID="D">012a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>10BaseT</NAME>
        <PAGE ID="D">055a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>contention media</NAME>
        <PAGE ID="D">051a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>FastEthernet</NAME>
        <PAGE ID="D">056a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Gigabit Ethernet</NAME>
        <PAGE ID="D">059a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>in-band</NAME>
        <PAGE ID="D">065a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>switched Ethernet</NAME>
        <PAGE ID="D">054a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>access link</NAME>
        <PAGE ID="D">113a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>local VLANs</NAME>
        <PAGE ID="D">106a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>dynamic VLANs</NAME>
        <PAGE ID="D">107a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>static VLAN</NAME>
        <PAGE ID="D">107a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>end-to-end VLANs</NAME>
        <PAGE ID="D">106a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>switch-fabric</NAME>
        <PAGE ID="D">103a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>flat network</NAME>
        <PAGE ID="D">101a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>trunk links</NAME>
        <PAGE ID="D">113a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>frame tagging</NAME>
        <PAGE ID="D">113a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>VTP pruning</NAME>
        <PAGE ID="D">132a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Application-Specific Integrated Circuits (ASICs)</NAME>
        <PAGE ID="D">151a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>layer 2 switching</NAME>
        <PAGE ID="D">151a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>bridge ID</NAME>
        <PAGE ID="D">158a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>loop avoidance</NAME>
        <PAGE ID="D">151a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Bridge Protocol Data Units (BPDUs)</NAME>
        <PAGE ID="D">158a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Media Access Control (MAC) address</NAME>
        <PAGE ID="D">151a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>broadcasts</NAME>
        <PAGE ID="D">151a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>nondesignated ports</NAME>
        <PAGE ID="D">158a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>cut-through</NAME>
        <PAGE ID="D">164a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>root bridge</NAME>
        <PAGE ID="D">158a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>designated ports</NAME>
        <PAGE ID="D">158a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Spanning Tree Protocol (STP)</NAME>
        <PAGE ID="D">158a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>FragmentFree</NAME>
        <PAGE ID="D">164a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>store-and-forward</NAME>
        <PAGE ID="D">164a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Common Spanning Tree (CST)</NAME>
        <PAGE ID="D">184a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Fast EtherChannel</NAME>
        <PAGE ID="D">199a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Gigabit EtherChannel</NAME>
        <PAGE ID="D">183a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Per-VLAN Spanning Tree (PVST)</NAME>
        <PAGE ID="D">184b</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Per-VLAN Spanning Tree+ (PVST+)</NAME>
        <PAGE ID="D">184b</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>external route processor</NAME>
        <PAGE ID="D">225a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>internal route processors</NAME>
        <PAGE ID="D">229a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>inter-VLAN routing</NAME>
        <PAGE ID="D">225a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Route Switch Feature Card (RSFC)</NAME>
        <PAGE ID="D">229a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Route Switch Modules (RSMs)</NAME>
        <PAGE ID="D">229a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>candidate packets</NAME>
        <PAGE ID="D">270a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Multilayer Switching Switching Engine (MLS-SE)</NAME>
        <PAGE ID="D">266a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>enable packets</NAME>
        <PAGE ID="D">270a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>NetFlow Feature Card (NFFC)</NAME>
        <PAGE ID="D">266a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>flow</NAME>
        <PAGE ID="D">266a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Policy Feature Card (PFC)</NAME>
        <PAGE ID="D">266a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Multilayer Switch Feature Card (MSFC)</NAME>
        <PAGE ID="D">266a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Route Switch Module (RSM)</NAME>
        <PAGE ID="D">266a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Multi-Layer Switching (MLS)</NAME>
        <PAGE ID="D">263a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>router on a stick</NAME>
        <PAGE ID="D">266a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Multilayer Switching Protocol (MLSP)</NAME>
        <PAGE ID="D">266a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>XTAG</NAME>
        <PAGE ID="D">269a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Multilayer Switching Route Processor (MLS-RP)</NAME>
        <PAGE ID="D">266a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Hot Standby Routing Protocol (HSRP)</NAME>
        <PAGE ID="D">305a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>ICMP Router Discovery Protocol (IRDP)</NAME>
        <PAGE ID="D">313a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Internet Control Message Protocol (ICMP)</NAME>
        <PAGE ID="D">313a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Proxy Address Resolution Protocol (Proxy ARP)</NAME>
        <PAGE ID="D">307a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>bidirectional shared tree</NAME>
        <PAGE ID="D">359a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>multicast</NAME>
        <PAGE ID="D">343a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>broadcast</NAME>
        <PAGE ID="D">342a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>multicast group</NAME>
        <PAGE ID="D">343a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Cisco Group Management Protocol (CGMP)</NAME>
        <PAGE ID="D">357a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Multicast Open Shortest Path First (MOSPF)</NAME>
        <PAGE ID="D">365a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Distance Vector Multicast Routing Protocol (DVMRP)</NAME>
        <PAGE ID="D">365a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>PIM dense mode (PIM DM)</NAME>
        <PAGE ID="D">365a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>flooding</NAME>
        <PAGE ID="D">365a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>PIM sparse mode (PIM SM)</NAME>
        <PAGE ID="D">372a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>grafting</NAME>
        <PAGE ID="D">365a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Protocol Independent Multicast (PIM)</NAME>
        <PAGE ID="D">365a</PAGE>
        <PAGE ID="D">391a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>IGMP Join process</NAME>
        <PAGE ID="D">352a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Pruning</NAME>
        <PAGE ID="D">365a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>IGMP Leave process</NAME>
        <PAGE ID="D">355a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>shared trees</NAME>
        <PAGE ID="D">359a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>IGMP Query process</NAME>
        <PAGE ID="D">352a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>source trees</NAME>
        <PAGE ID="D">359a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Internet Group Management Protocol version 1 (IGMPv1)</NAME>
        <PAGE ID="D">352a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>unicast</NAME>
        <PAGE ID="D">341a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Internet Group Management Protocol version 2 (IGMPv2)</NAME>
        <PAGE ID="D">355a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>unidirectional shared tree</NAME>
        <PAGE ID="D">359a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Auto-RP</NAME>
        <PAGE ID="D">395a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>mtrace</NAME>
        <PAGE ID="D">399a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>PIM sparse-dense mode</NAME>
        <PAGE ID="D">391a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>rendezvous points (RPs)</NAME>
        <PAGE ID="D">388a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>distribution lists</NAME>
        <PAGE ID="D">447a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>in-band management</NAME>
        <PAGE ID="D">427a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>out-of-band management</NAME>
        <PAGE ID="D">427a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>A traditional 80/20 network</NAME>
        <PAGE ID="F">004a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>A 20/80 network</NAME>
        <PAGE ID="F">004a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>VLANs break up broadcast domains in a switched internetwork.</NAME>
        <PAGE ID="F">004a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>The OSI model and the layer functions</NAME>
        <PAGE ID="F">012a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Data encapsulation at each layer of the OSI reference model</NAME>
        <PAGE ID="F">012a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>The Cisco hierarchical model</NAME>
        <PAGE ID="F">021a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>A hierarchical network design</NAME>
        <PAGE ID="F">021a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>The core block</NAME>
        <PAGE ID="F">029a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Collapsed core</NAME>
        <PAGE ID="F">029a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Dual core configuration</NAME>
        <PAGE ID="F">029a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Layer 2 backbone scaling without STP</NAME>
        <PAGE ID="F">032a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Access layer to distribution layer configuration</NAME>
        <PAGE ID="F">086a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>A flat network structure</NAME>
        <PAGE ID="F">101a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Physical LANs connected to a router</NAME>
        <PAGE ID="F">103b</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>VTP modes</NAME>
        <PAGE ID="F">122a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>VTP advertisement content</NAME>
        <PAGE ID="F">123a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Subset advertisement</NAME>
        <PAGE ID="F">123a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>VTP revision number</NAME>
        <PAGE ID="F">126a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Switched internetwork for hands-on lab</NAME>
        <PAGE ID="F">136a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>How switches learn hosts' locations</NAME>
        <PAGE ID="F">151a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Broadcast storms</NAME>
        <PAGE ID="F">151a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Multiple frame copies</NAME>
        <PAGE ID="F">151a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Spanning tree operations</NAME>
        <PAGE ID="F">158a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>STP default timers</NAME>
        <PAGE ID="F">160a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Spanning tree example</NAME>
        <PAGE ID="F">162a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Different switching modes within a frame</NAME>
        <PAGE ID="F">164a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Network diagram for the hands-on lab</NAME>
        <PAGE ID="F">214a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Routers with multiple links</NAME>
        <PAGE ID="F">227a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Configuring inter-VLAN communication for hands-on lab</NAME>
        <PAGE ID="F">241a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Router on a stick diagram</NAME>
        <PAGE ID="F">266a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>MLS example topology</NAME>
        <PAGE ID="F">266b</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>MLSP discovery</NAME>
        <PAGE ID="F">268a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Candidate packet</NAME>
        <PAGE ID="F">270a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Enable packet</NAME>
        <PAGE ID="F">270a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Frame modification</NAME>
        <PAGE ID="F">270a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Router on a stick</NAME>
        <PAGE ID="F">289a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Lab topology</NAME>
        <PAGE ID="F">294a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Proxy ARP for dial-up connections</NAME>
        <PAGE ID="F">307a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Proxy ARP with routers</NAME>
        <PAGE ID="F">307a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>HSRP with two routers</NAME>
        <PAGE ID="F">314a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>HSRP with multiple destinations</NAME>
        <PAGE ID="F">320a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>HSRP with multiple groups</NAME>
        <PAGE ID="F">320a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Chapter 8 hands-on lab</NAME>
        <PAGE ID="F">325a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Unicast communication</NAME>
        <PAGE ID="F">341a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Broadcast message on a network</NAME>
        <PAGE ID="F">342a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Multicast communication</NAME>
        <PAGE ID="F">343a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>IP multicast mapped to MAC multicast</NAME>
        <PAGE ID="F">346a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Example #1 for mapping IP multicast to MAC multicast addresses</NAME>
        <PAGE ID="F">346a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Example #2 for mapping IP multicast to MAC multicast addresses</NAME>
        <PAGE ID="F">346a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Multicast addressing overlap</NAME>
        <PAGE ID="F">346a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>IGMPv1 Query routine</NAME>
        <PAGE ID="F">352a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Unsolicited join requests</NAME>
        <PAGE ID="F">352a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>IGMPv2 Leave process</NAME>
        <PAGE ID="F">355a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>CGMP Join process</NAME>
        <PAGE ID="F">357a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Source tree forwarding</NAME>
        <PAGE ID="F">359a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Shared tree forwarding</NAME>
        <PAGE ID="F">359a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Bidirectional shared tree</NAME>
        <PAGE ID="F">359a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>TTL threshold utilization</NAME>
        <PAGE ID="F">364a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>DVMRP tunnels</NAME>
        <PAGE ID="F">365a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>PIM DM flooding</NAME>
        <PAGE ID="F">365a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>PIM DM pruning</NAME>
        <PAGE ID="F">365a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>PIM DM grafting</NAME>
        <PAGE ID="F">365a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>CBT data distribution</NAME>
        <PAGE ID="F">372a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>PIM SM pruning</NAME>
        <PAGE ID="F">372a</PAGE>
    </KEYWORD>
    <KEYWORD>
        <NAME>Configuring an IP multicast network</NAME>
        <PAGE ID="F">408a</PAGE>
    </KEYWORD>
</INDEX>