Frame Relay Networking and Traffic Control
Explore the intricacies of Frame Relay networks, DLCIs, PVCs, SVCs, traffic control, and congestion management. Learn how to optimize data transmission efficiently.
Frame Relay Networking and Traffic Control
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Presentation Transcript
Chapter 18 Frame Relay
Figure 18-1 Frame Relay versus Pure Mesh T-Line Network
Figure 18-2 Fixed-Rate versus Bursty Data
Figure 18-3 X.25 Traffic
Figure 18-4 Frame Relay Traffic
Figure 18-5 Frame Relay Network
Figure 18-6 DLCIs
Figure 18-7 PVC DLCIs
Figure 18-8 SVC Setup and Release
Figure 18-9 SVC DLCIs
Figure 18-10 DLCIs Inside a Network
Figure 18-11 Frame Relay Switch
Figure 18-12 Frame Relay Layers
Figure 18-13 Comparing Layers in Frame Relay and X.25
Figure 18-14 Frame Relay Frame
Figure 18-15 BECN
Figure 18-16 FECN
Figure 18-17 Four Cases of Congestion
Figure 18-18 Leaky Bucket
Figure 18-19 A Switch Controlling the Output Rate
Figure 18-20 Flowchart for Leaky Bucket Algorithm
Figure 18-21 Example of Leaky Bucket Algorithm
Figure 18-22 Relationship between Traffic Control Attributes
Figure 18-23 User Rate in Relation to Bc and Bc + Be
Figure 18-24 Three Address Formats
Figure 18-25 FRAD
