1
Introduction
2 Scope
3 References
4 Definitions
5 Abbreviations
6 Routing methods
6.1 Fixed Routing (FR)
6.2 Time-Dependent Routing (TDR)
6.3 State-Dependent Routing (SDR)
6.4 Event-Dependent Routing (EDR)
7 Interworking of different routing
methods
7.1 General interworking requirements
for non-hierarchical routing in meshed networks
7.1.1 Two-link routing
7.1.2 Interworking with selective
circuit reservation
7.1.3 Interworking with automatic rerouting (Crankback)
7.2 Interworking of a dynamic routing
method with fixed routing
7.3 Interworking of different dynamic
routing methods
7.4 Multiple step dynamic routing for
calls traversing multiple networks
7.4.1 Internetwork E uses a Mixed Dynamic Routing (MXDR) method
7.4.2 Internetwork E uses a single dynamic routing method
8 Information exchange needs
8.1 Call control information
8.2 Routing table design information
Annex A - Dynamic
routing functional models
A.1 Dynamic Non-hierarchical Routing
(DNHR) functional model
A.2 Dynamically Controlled Routing (DCR)
functional model
A.3 Worldwide Intelligent Network
(WIN) dynamic routing functional model
A.4 Real-Time Network Routing (RTNR)
functional model
A.5 Dynamic Alternate Routing (DAR)
functional model
A.6 State- and Time-Dependent Routing
(STR) functional model
A.7 Distributed Adaptive Dynamic
Routing (DADR) functional model
A.7.1 General information about DADR
A.7.2 Description of the DADR functional model (Figure A.7)
A.8 Optimized Dynamic Routing (ODR)
Functional Model
Annex B -
Information exchange examples
B.1 Examples of call control
information
B.2 Examples of routing table design
information
B.3 Examples of information exchange
B.3.1 Examples of call control information exchange
B.3.2 Examples of routing table design information exchange
B.4 Example information flows for interworking
dynamic routing methods