In and Out of Equilibrium 2: Progress in Probability, cartea 60

Poisson Approximations via Chen-Stein for Non-Markov Processes.- An Inequality for Oriented 2-D Percolation.- Is Critical 2D Percolation Universal?.- A New REM Conjecture.- The Biham-Middleton-Levine Traffic Model for a Single Junction.- Box-Crossings and Continuity Results for Self-Destructive Percolation in the Plane.- A Quenched Invariance Principle for Certain Ballistic Random Walks in i.i.d. Environments.- Homogenenous Multitype Fragmentations.- A Hierarchical Bayes Model for Combining Precipitation Measurements from Different Sources.- A Lower Bound on the Disconnection Time of a Discrete Cylinder.- On the Large Deviations Properties of the Weighted-Serve-the-Longest-Queue Policy.- Exponential Inequalities for Empirical Unbounded Context Trees.- Spatial Point Processes and the Projection Method.- An Improvement on Vajda’s Inequality.- Space-Time Percolation.- Computability of Percolation Thresholds.- Chip-Firing and Rotor-Routing on Directed Graphs.- Ising Model Fog Drip: The First Two Droplets.- Convergence to Fractional Brownian Motion and to the Telecom Process: the Integral Representation Approach.- Positive Recurrence of a One-Dimensional Variant of Diffusion Limited Aggregation.- Gibbsian Description of Mean-Field Models.- What is the Difference Between a Square and a Triangle?.- Long-Range Dependence in Mean and Volatility: Models, Estimation and Forecasting.- Percolation in the Sherrington-Kirkpatrick Spin Glass.- A Note on the Diffusivity of Finite-Range Asymmetric Exclusion Processes on ?.- On the Role of Spatial Aggregation in the Extinction of a Species.- Systems of Random Equations. A Review of Some Recent Results.

Useful reference for graduates and researchers in probability, mathematical statistics and mathematical physics Invited articles by some of the most distinguished probabilists, most of whom have been personally responsible for advances in the various subareas of probability Currant state of affairs in these fields of probability theory and rigorous statistical mechanics. Includes supplementary material: sn.pub/extras