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Topological Structure and Analysis of Interconnection Networks

Author(s): Xu, Junming
ISBN10: 1402000200
ISBN13: 9781402000201
Cover: Hardcover
 
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SummaryTable of Contents
This book provides the most basic problems, concepts, and well-established results from the topological structure and analysis of interconnection networks in the graph-theoretic language. It covers the basic principles and methods of network design, several well-known networks such as hypercubes, de Bruijn digraphs, Kautz digraphs, double loop, and other networks, and the newest parameters to measure performance of fault-tolerant networks such as Menger number, Rabin number, fault-tolerant diameter, wide-diameter, restricted connectivity, and (l,w)-dominating number. Audience: The book is suitable for those readers who are working on or intend to start research in design analysis of the topological structure of interconnection networks, particularly undergraduates and postgraduates specializing in computer science and applied mathematics.

Provides the most basic problems, concepts, and well-established results from topological structure and analysis of interconnection networks in the graph-theoretic language covering the basic principles and methods of network design.
Preface ix
Interconnection Networks and Graphs
1(38)
Graphs and Interconnection Networks
1(7)
Graphs
2(1)
Interconnection Networks
3(3)
Graph Isomorphism
6(2)
Basic Concepts and Notations on Graphs
8(8)
Subgraphs and Operations of Graphs
9(1)
Degrees and Edge-Degrees
10(2)
Paths, Cycles and Connected Graphs
12(2)
Adjacency Matrices and Other Concepts
14(2)
Trees, Embeddings and Planar Graphs
16(6)
Trees and k-ary Trees
16(2)
Embedding of Graphs
18(3)
Planar Graphs and Layout of VLSI Circuits
21(1)
Transmission Delay and Diameter
22(8)
Diameter of Graphs
23(3)
Average Distance of Graphs
26(2)
Routings in Networks
28(2)
Fault Tolerance and Connectivity
30(5)
Menger's Theorem
30(1)
Connectivity of Graphs
31(2)
Fault Tolerance of Networks
33(2)
Basic Principles of Network Design
35(4)
Introduction
35(2)
Basic Principles of Network Design
37(2)
Design Methodology of Topological Structure of Interconnection Networks
39(66)
Line Graphical Method
40(12)
Line Graph of Undirected Graph
40(2)
Line Graph of Digraph
42(2)
Connectivity and Diameter of Line Graphs
44(1)
Eulerian and Hamiltonian Properties
45(1)
Iterated Line Digraphs
46(2)
Edge-Connectivity of Line Graphs
48(4)
Cayley Method
52(24)
Vertex-Transitive Graphs
52(5)
Edge-Transitive Graphs
57(2)
Atoms of Graphs
59(3)
Connectivity of Transitive Graphs
62(3)
Cayley Graphs
65(2)
Transitivity of Cayle Graphs
67(3)
Atoms and Connectivity of Cayley Graphs
70(4)
Vertex-Transitive Graphs with Prime Order
74(2)
Cartesian Product Method
76(15)
Cartesian Product of Undirected Graphs
76(2)
Cartesian Product of Digraphs
78(1)
Some Remarks on Cartesian Products
79(2)
Diameter and Connectivity of Cartesian Products
81(3)
Other Properties of Cartesian Products
84(2)
Cartesian Product of Cayley Graphs
86(5)
A Basic Problem in Optimal Design
91(14)
Undirected (d, k)-Graph Problems
91(5)
Directed (d, k)-Graph Problems
96(3)
Bipartite (d, k)-Graph Problems
99(2)
Planar (d, k)-Graph Problems
101(1)
Relations between Diameter and Connectivity
102(3)
Well-known Topological Structures of Interconnection Networks
105(82)
Hypercube Networks
105(16)
Two Equivalent Definitions
106(1)
Some Basic Properties
107(3)
Gray Codes and Cycles
110(2)
Lengths of Paths
112(1)
Embedding Problems
113(3)
Generalized Hypercubes
116(2)
Some Enhancements on Hypercubes
118(3)
De Bruijn Networks
121(18)
Three Equivalent Definitions
121(3)
Eulerian and Hamiltonian Properties
124(2)
Uniqueness of Shortest Paths
126(5)
De Bruijn Undirected Graphs
131(1)
Generalized de Bruijn Digraphs
131(7)
Comparison with Hypercubes
138(1)
Kautz Networks
139(9)
Three Equivalent Definitions
139(2)
Paths in Kautz Digraphs
141(1)
Kautz Undirected Graphs
142(1)
Generalized Kautz Digraphs
142(3)
Connectivity of Generalized Kautz Digraphs
145(3)
Double Loop Networks
148(23)
Double Loop Networks
148(2)
L-Tiles in the Plane
150(4)
Diameter of Double Loop Networks
154(6)
Optimal Design of Double Loop Networks
160(5)
Circulant Networks and Basic Properties
165(6)
Other Topological Structures of Networks
171(16)
Mesh Networks and Grid Networks
171(2)
Pyramid Networks
173(2)
Cube-Connected Cycles
175(3)
Butterfly Networks
178(4)
Benes Networks
182(3)
Ω Networks
185(1)
Shuffle-Exchange Networks
186(1)
Fault-Tolerant Analysis of Interconnection Networks
187(120)
Routings in Interconnection Networks
187(20)
Forwarding Index of Routing
188(8)
Edge-Forwarding Index of Routing
196(2)
Delay of Fault-Tolerant Routing
198(4)
Some Upper Bounds
202(5)
Fault-Tolerant Diameter
207(28)
Edge-Addition Problems
207(8)
Edge-Deletion Problems
215(12)
Vertex-Deletion Problems
227(5)
Fault-Tolerant Diameters of Some Networks
232(3)
Menger-Type Problems in Parallel Systems
235(20)
Disjoint Paths for Bounded Length
235(7)
Menger Number and Bounded Connectivity
242(4)
Edge Disjoint Paths for Bounded Length
246(3)
Disjoint Paths for Exceeded Length
249(2)
Rabin Numbers of Networks
251(4)
Wide Diameter of Networks
255(20)
Containers and Basic Properties
255(1)
Wide Diameter and Basic Results
256(3)
Wide-Diameter on Regular Graphs
259(2)
Wide-Diameter on Cartesian Products
261(4)
Wide-Diameter and Independence Number
265(3)
Wide-Diameter and Fault-Tolerant Diameter
268(2)
Wide-Diameters of Some Well-Known Networks
270(4)
Wide Diameter for Edge Variation
274(1)
(l, w)-Independence and -Dominating Numbers
275(13)
(l, w)-Independence Numbers
275(4)
(l, w)-Dominating Numbers
279(3)
(l, 1)-Independence and -Dominating Numbers
282(5)
Some (l, w)-Dominating Numbers
287(1)
Restricted Fault-Tolerance of Networks
288(19)
Restricted Connectivity and Diameter
288(4)
Restricted Edge-Connectivity
292(3)
Restricted Edge-Atoms
295(4)
Restricted Edge-Connectivity of Transitive Graphs
299(3)
Generalized Restricted Edge-Connectivity
302(5)
Bibliography 307(22)
List of Symbols 329(8)
Subject Index 337

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