Communication Network Analysis Download Free Pdf Book
This book will help you to understand the computer networking that is mega discussed and wide knowledge section of computer science.Networking discuss the globally connected devices to share information and files through a communication channel.
Now a days internet that is actually called network of networks is a world largest network that contains million of devices that connected through each other so its made a world global village.Networking is a broad category so this book will help you
to understand networking.This book contains some of important topic of networking as given below:
1 Countable State Markov Processes 3
1.1 Example of a Markov model
1.2 Definition, Notation and Properties
1.3 Pure-Jump, Time-Homogeneous Markov Processes
1.4 Space-Time Structure
1.5 Poisson Processes
1.6 Renewal Theory
1.6.1 Renewal Theory in Continuous Time
1.6.2 Renewal Theory in Discrete Time
1.7 Classification and Convergence of Discrete State Markov Processes
1.7.1 Examples with finite state space
1.7.2 Discrete Time
1.7.3 Continuous Time
1.8 Classification of Birth-Death Processes
1.9 Time Averages vs. Statistical Averages
1.10 Queueing Systems, M/M/1 Queue and Little’s Law
1.11 Mean Arrival Rate, Distributions Seen by Arrivals, and PASTA
1.12 More Examples of Queueing Systems Modeled as Markov Birth-Death Processes
1.13 Method of Phases and Quasi Birth-Death Processes
1.14 Markov Fluid Model of a Queue
1.15 Problems
2 Foster-Lyapunov stability criterion and moment bounds 45
2.1 Stability criteria for discrete time processes
2.2 Stability criteria for continuous time processes
2.3 Problems . . . . . . . . . . . . . .
3 Queues with General Interarrival Time and/or Service Time Distributions
3.1 The M/GI/1 queue . . . . . .
3.1.1 Busy Period Distribution
3.1.2 Priority M/GI/1 systems
3.3 The GI/GI/1 System . . .
3.4 Kingman’s Bounds for GI/GI/1 Queues
3.5 Stochastic Comparison with Application to GI/GI/1 Queues
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3.6 GI/GI/1 Systems with Server Vacations, and Application to TDM and FDM
3.7 Effective Bandwidth of a Data Stream
3.8 Problems
4 Multiple Access 83
4.1 Slotted ALOHA with Finitely Many Stations
4.2 Slotted ALOHA with Infinitely Many Stations
4.3 Bound Implied by Drift, and Proof of Proposition
4.4 Probing Algorithms for Multiple Access
4.4.1 Random Access for Streams of Arrivals
4.4.2 Delay Analysis of Decoupled Window Random Access Scheme
5 Stochastic Network Models
5.1 Time Reversal of Markov Processes
5.2 Circuit Switched Networks
and many other topics to understand computer networking
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