This book focuses on computation complexity and design of algorithms for multi-layer channel routing. In particular, it deals with various large-scale, computationally intensive optimization problems that have specific applications in many technology-supported routing models. The author includes numerous examples and exercises along with many hard-copy solutions that illustration the feasibility of different routing solutions. He also mentions several problems that remain open, pointing the way for future research.
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LITERATURE SURVEY
Terminology and Definitions
Two- and Three-Layer Routing is NP-Complete
Algorithms for Channel Routing
RESOLVING HORIZONTAL CONSTRAINTS IN
MULTI-LAYER CHANNEL ROUTING
Algorithms for Two-Layer Routing in the Absence of Vertical Constraints
Multi-Layer Vi+1Hi Channel Routing
A GENERAL FRAMEWORK FOR TRACK ASSIGNMENT IN MULTI-LAYER CHANNEL ROUTING
Formulation of the Problem and the Algorithm
Extensions of the TAH Framework to Other Problems
COMPUTATIONAL COMPLEXITY OF WIRE LENGTH MINIMIZATION IN CHANNEL ROUTING
Wire Length Minimization in Channel Routing
NP-Completeness Results, Two- and Three-Layer No-Dogleg Routing
NP-Completeness Results in Multi-Layer No-Dogleg Routing
NP- Completeness Results in Multi-Layer Restricted Dogleg Routing
ALGORITHMS FOR MINIMIZING WIRE LENGTH IN MULTI-LAYER CHANNEL ROUTING
Algorithms for Minimizing Wire Length in Vi+1Hi Channel Routing
Algorithm for Minimizing Wire Length in Two-Layer VH Channel Routing
Algorithm for Minimizing Wire Length in Three-Layer HVH Channel Routing
NOTE: Overviews/Conclusions begin and end each chapter
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