| A | B |
|---|
| Show interface | Command to display whether a connection is sending and receiving |
| Local significance | Significance of DLCI's in Fram Relay network |
| Autosensing | How LMI type is set on versions 11.2 or later |
| router(config-if)#interface serial 1.1 multipoint | Command to configur a subinterface to forward broadcasts and routing updates |
| Protocol discriminator | MANDATORY byte in the LMI frame |
| Inverse ARP request | Method router uses to build a Frame Relay map |
| Determine operational status of PVS's | Purpose of LMI |
| Identify logical connections | How DLCI's are used by Frame Relay |
| show interface | Command to display the DLCI and LMI information |
| Physical and data link | Layers of OSI that Frame Relay operates on |
| IETF | Frame Relay encapsulaton if router is non-cisco |
| show frame-relay map | Command to display Frame Relay tables |
| Flags | Indicates the beginning and ending of frames |
| Virtual curcuit status messages | A COMMON LMI extension |
| Subinterfaces | Required to configure multiple DLCI's |
| Guaranteed rate | What CIR designates in Frame-Relay connection |
| TCP | IP protocol used for error correction in Frame Relay |
| Incoming/outgoing ports and DLCI's | Type of entries found in switching tables |
| Local significance | Basic Frame Relay |
| Split horizon | Used to prevent routing loops |
| Next-hop resolution | Purpose of Frame-Relay map |
| Managed by service provider | Advantage of public Frame Relay service |
| router(config-if)#encapsulation frame relay | Command used to set Frame Relay encapsulation |
| separate subinterface | Required from each point-to-point connection |
