Office Location: | 215 Physics |

Office Phone: | (919) 660-6970 |

Email Address: | |

Web Page: | http://www.math.duke.edu/~mhuber |

**Education:**- B.S. in Mathematics at Harvey Mudd College, 1994 Masters in Operations Research at Cornell University, 1997 Ph.D. in Operations Research at Cornell University, 1999

**Specialties:**-
Probability

Applied Math

**Research Interests:***Monte Carlo simulation and stochastic computation***Current projects:**approximating the permanent, studying speed of covergence for parallel tempering, Markov chains for generating regular graphs, restoration of grayscale images, applications of the Randomness RecyclerFor high dimensional problems, Monte Carlo samples are a fast way to estimate integrals without the need to construct grids with exponentially many points. Within Monte Carlo simulation, my primary area of expertise is perfect sampling, algorithms that generate random variates from a variety of distributions that are interesting from either a theoretical or pratical point of view.

**Keywords:**perfect simulation • Monte Carlo algorithms • mixing times

**Current Ph.D. Students**- Sarah Scott
- Wai (Jenny) J. Law

**Postdocs Mentored**- Ruriko Yoshida (August 26, 2004 - May 31, 2006)

**Recent Publications**- M. L. Huber and R. L. Wolpert,
*Perfect Simulation of Matern Type III Repulsive Point Processes*(Submitted, September, 2008) [abs] - M. Huber,
*Perfect simulation with exponential tails*, Random Structures and Algorithms, vol. 33 no. 1 (August, 2008), pp. 29--43, Wiley InterScience [abs] - M. Huber,
*Spatial Birth-Death-Swap Chains*, Bernoulli (Submitted, May, 2008) [abs] - M. Huber,
*Spatial point processes*, in Handbook of MCMC, edited by Brooks, Gelman, Jones, Meng (Accepted, April, 2008) - James A. Fill, Mark L. Huber,
*Linear expected time perfect generation of proper colorings of low degree graphs*(Preprint, 2008) [abs]

- M. L. Huber and R. L. Wolpert,