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- 1 Introduction and Review 1
- 1.1 Deterministic and Stochastic Models, 1
- 1.2 What is a Stochastic Process? 6
- 1.3 Monte Carlo Simulation, 9
- 1.4 Conditional Probability, 10
- 1.5 Conditional Expectation, 18
- 2 Markov Chains: First Steps 40
- 2.1 Introduction, 40
- 2.2 Markov Chain Cornucopia, 42
- 2.3 Basic Computations, 52
- 2.4 Long-Term Behavior—the Numerical Evidence, 59
- 2.5 Simulation, 65
- 2.6 Mathematical Induction*, 68
- 3 Markov Chains for the Long Term 76
- 3.1 Limiting Distribution, 76
- 3.2 Stationary Distribution, 80
- 3.3 Can you Find the Way to State a? 94
- 3.4 Irreducible Markov Chains, 103
- 3.5 Periodicity, 106
- 3.6 Ergodic Markov Chains, 109
- 3.7 Time Reversibility, 114
- 3.8 Absorbing Chains, 119
- 3.9 Regeneration and the Strong Markov Property*, 133
- 3.10 Proofs of Limit Theorems*, 135
- 4 Branching Processes 158
- 4.1 Introduction, 158
- 4.2 Mean Generation Size, 160
- 4.3 Probability Generating Functions, 164
- 4.4 Extinction is Forever, 168
- 5 Markov Chain Monte Carlo 181
- 5.1 Introduction, 181
- 5.2 Metropolis–Hastings Algorithm, 187
- 5.3 Gibbs Sampler, 197
- 5.4 Perfect Sampling*, 205
- 5.5 Rate of Convergence: the Eigenvalue Connection*, 210
- 5.6 Card Shufling and Total Variation Distance*, 212
- 6 Poisson Process 223
- 6.1 Introduction, 223
- 6.2 Arrival, Interarrival Times, 227
- 6.3 Ininitesimal Probabilities, 234
- 6.4 Thinning, Superposition, 238
- 6.5 Uniform Distribution, 243
- 6.6 Spatial Poisson Process, 249
- 6.7 Nonhomogeneous Poisson Process, 253
- 6.8 Parting Paradox, 255
- 7 Continuous-Time Markov Chains 265
- 7.1 Introduction, 265
- 7.2 Alarm Clocks and Transition Rates, 270
- 7.3 Ininitesimal Generator, 273
- 7.4 Long-Term Behavior, 283
- 7.5 Time Reversibility, 294
- 7.6 Queueing Theory, 301
- 7.7 Poisson Subordination, 306
- 8 Brownian Motion 320
- 8.1 Introduction, 320
- 8.2 Brownian Motion and Random Walk, 326
- 8.3 Gaussian Process, 330
- 8.4 Transformations and Properties, 334
- 8.5 Variations and Applications, 345
- 8.6 Martingales, 356
- 9 A Gentle Introduction to Stochastic Calculus* 372
- 9.1 Introduction, 372
- 9.2 Ito Integral, 378
- 9.3 Stochastic Differential Equations, 385
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