1 Table of Contents: “... Equations -- Basics of Floating Random Walk Method for Capacitance Extraction -- Pre-Characterization...”

2 Table of Contents: “..., and Subdiffusion -- Random Walks and Mesoscopic Reaction-Transport Equations -- Front Propagation -- Reaction...”

3 Table of Contents: “...Introduction -- Foundation of Bayesian Inversion and Sampling Methods -- Beyond the Random Walk: a...”

4 Table of Contents: “... correlations, regressions and power-law coherency: Review, utility and challenges -- Continuous-time random...”

5 Table of Contents: “... -- Statistical Capacitance Extraction Based on Continuous-Surface Geometric Model -- Fast Floating Random Walk...”

6 Table of Contents: “... Recognition using Noise Robust Features and LSTM-RNN -- Brain tumor segmentation using random walks from MRI...”

7 Table of Contents: “... -- Optimization and the Many-Fermion Problem -- Droplets of 3He Atoms -- Random Walk in Fock Space -- A Review...”

8 “... in particular has been investigated in various systems including spreading phenomena, random walks, and opinion...”

9 Table of Contents: “... Unsupervised Segmentation & Random Walk Segmentation Algorithms for Gall Bladder MRI -- Breast Cancer Detection...”

10 Table of Contents: “... enrichment between genomic regions -- THSLRR: a low-rank subspace clustering method based on tired random...”

11 Table of Contents: “... Processes -- 6.6 Jackson Networks -- ClosedJackson Networks -- 6.7 Summary -- Exercises -- 7 Random Walks...”

12 Table of Contents: “...I. Introduction: Basic Concepts -- A Glimpse into the World of Random Walks -- Stochastic...”

13 Table of Contents: “... Topology Formation Using Random Walk -- Semantic Social Overlay Networks -- Structured P2P Overlay...”

14 Table of Contents: “... illuminated images based on Gibbs distribution and random walk model -- Adaptive non-linear predictor...”

15 Table of Contents: “... -- An Efficient Approach to Detect Clone Attacks in Wireless Sensor Networks Using Random Walk Protocol -- Size...”

16 “... range for i.i.d. (independently and identically distributed) and random walk mobility models are derived...”