Communication Networks
An Optimization, Control, and Stochastic Networks Perspective
R. Srikant and Lei Ying
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About this website
About this website
Welcome to the authors' website for the textbook: Communication Networks: An Optimization, Control, and Stochastic Networks Perspective. The website contains slides associated with some of the chapters of the book. We have also made available early versions of some of the book chapters. Since these are not the final versions of the book chapters, they may contain more typos than the final version of the book. For instructors who need the latex files for the slides, please email the authors (rsrikant AT illinois.edu and/or leiying AT umich.edu).
You can find/purchase a hard copy of the book on Amazon
Chapter 1: Introduction
Chapter 1: Introduction
Chapter 2: Mathematics of Internet architecture
Chapter 2: Mathematics of Internet architecture
2.1 Mathematical background: convex optimization (slides)
2.2 Resource allocation as utility maximization (slides)
2.3 Mathematical background: stability of dynamical systems (slides)
2.4 Distributed algorithms: primal solution (slides)
2.5 Distributed algorithms: dual solution (slides)
2.7 Game-theoretic view of utility maximization (slides)
Chapter 3: Links: statistical multiplexing and queues
Chapter 3: Links: statistical multiplexing and queues
Chapter 4: Scheduling in packet switches
Chapter 4: Scheduling in packet switches
Chapter 5: Scheduling in wireless networks
Chapter 5: Scheduling in wireless networks
Chapter 6: Back to network utility maximization
Chapter 6: Back to network utility maximization
6.2 Stability and convergence: a cellular network example (slides)
Chapter 7: Network protocols
Chapter 7: Network protocols
Chapter 9: Queueing theory in continuous time
Chapter 9: Queueing theory in continuous time
Chapter 10: Asymptotic analysis of queues
Chapter 10: Asymptotic analysis of queues
Chapter 11: Geometric random graph models of wireless networks
Chapter 11: Geometric random graph models of wireless networks
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