2012 photo (Popovic, Aldous, Bhamidi, Palacios).
1982. Jose Luis Palacios.
The exchangeable sigma-field of Markov chains.
Published as: The exchangeable sigma-field of Markov chains. ZW 69 (1985) 177-186. MR 86f:60082a
Barry Flannery (sadly deceased, 2004).
Quasi-stationary distributions for Markov chains.
Portion published as part of: Two Applications of Urn Processes. PEIS 2 (1988) 293-307.
Aldous Representation Theorem and Weakly Exchangeable Non-negative
Published as: A Representation Theorem Applied to Weakly Exchangeable Non- Negative Definite Arrays. J. Math. Anal. Appl. 142 (1989) 390-402. MR 90m:60020
William (Barney) Krebs.
A Diffusion defined on a fractal state space.
Published as: Brownian Motion on the Continuum Tree, PTRF 101 (1995) 421--433. MR 96b:60214
Quick Simulation of Rare Events in Networks.
1989. Carl Schaper.
The Second-Moment Method and Gaussian Extremes.
1993. Leticia Cuellar-Montoya.
A Rapidly Mixing Stochastic System of Finite Interacting
Particles on the Circle.
Published as: A Rapidly Mixing Stochastic System of Finite Interacting Particles on the Circle. SPA 67 (1997) 69--99. MR 98f:60205
Properties of the Multiplicative Coalescent.
Published as The Entrance Boundary of the Multiplicative Coalescent (with D. Aldous). Electronic J. Probab. 3 (1998) 1-59. MR 99d:60086
Max-Type Recursive Distributional Equations.
Published as A Survey of Max-type Recursive Distributional Equations (with D. Aldous). Annals of Applied Probability 15 (2005) 1047-1110. MR2134098
Asymptotic Genealogy of a Branching Process and a Model of Macroevolution.
Published as Asymptotic Genealogy of a Critical Branching Process. Ann. Appl. Probab. 13 (2004) 2120-2148. MR2100386
Random Networks: Flows, Asymptotics and Reconstruction.
Portion published as Edge Flows in the Complete Random-Lengths Network (with D. Aldous). Random Structures Alg. 37 (2010) 271-311. MR2724663
2015. Dan Lanoue
The Metric Coalescent.
Preprint at The Metric Coalescent.
2017. Xiang (Lisha) Li. Inference on Graphs: from probability methods to neural networks.