Name |
Description
/ Topic |
Download |
Module
1 |
Introduction
to Transport Networks and Survivability |
|
Module
2 |
Background
on Reliability and Availability |
|
Module
3 |
Optimization
for Network Planning and Mesh Design example |
|
Module
4 |
Initial
Background on Graph Theory and Routing |
|
Module
5 |
Routing
algorithms, all distinct routes, ksp, max-flow, and
network flow LPs |
|
Module
6 |
Lp_solve
example, LP tactics, Network reliability, Min cost
network flow, multi-commodity max flow, and MetaHueristics
for combinatorial optimization. |
|
Module
7 |
Introduction
to rings: ring types, ring sizing and ring loading |
|
Module
8 |
Effects
of TSI/TSA (or Wavelength Conversion) on Ring Loading |
|
Module
9 |
Design
of Ring-based Survivable Networks (employing multiple
rings) |
|
Module
10 |
Introductory
Briefing on RingBuilder™ |
|
Module
11 |
Span-restorable
Mesh Network Design (1) |
|
Module
12 |
Span-restorable
Mesh Network Design (2) |
|
Module
13 |
p-Cycles |
|
Module
14 |
The
“Forcer” Concept & Ring-Mesh Hybrid
Networks |
|
Module
15 |
Path-oriented
Survivable Mesh Networks |
|
Module
16 |
Capacity
Comparison of Mesh Network Restoration and Protection
Schemes Under Varying Graph Connectivity |
|
Module
17 |
ATM
VP-based (or MPLS path) Restoration with Controlled
Over-subscription of Restoration Capacity |
|
Module
18 |
Analysis
of Path Availability in Span-Restorable Mesh Networks |
|
Module
19 |
Availability
Analysis of Paths through Ring-based Networks |
|
Module
20 |
Distributed
Mesh Span Restoration |
|
Module
21 |
Markov
Method of Availability Analysis, APS systems, and
Availability Simulation Methods |
|
(since December 5, 2003)
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