The Applied Statistics group's mission is to bring statistical rigor and innovation to bear on complex problems of national importance in a highly collaborative environment. The group is distinguished by its strong focus on interdisciplinary research, which is made possible by the opportunity to work with a diverse group of leading scientists and engineers on challenging problems of national importance. In addition to the statistical research staff, we host a number of post-doctoral researchers, students, and visiting scholars maintaining strong ties to the academic community as well as our partners at other national laboratories.
The group's work ranges from introducing existing statistical methodology in novel application areas to developing new statistical theory motivated by unique and challenging data sets. Some examples of active research areas include: design of computer experiments, climate modeling, cyber security, image and video analysis, energy analysis, computational biology, lasers and optics, uncertainty quantification, computer model validation/calibration, and statistical computing on HPC. A common theme is that statistical applications at LLNL require scaling statistics and machine learning algorithms to operate on extremely large data sets generated by state-of-the-art collection technologies.
Group members work with a wide variety of collaborators and sponsors on projects ranging from fast-paced consulting activities to multi-year collaborations. Statistical analysis and methodologies developed at LLNL have been used by government decision makers at the national and international levels, and the group has also formed successful partnerships in the energy and healthcare industries.
Ana Kupresanin, 925-422-8348
|Francisco Beltran||925-423-9276||Bayesian modeling, climate models|
|Jason Bernstein||925-422-9816||Time series analysis, state space models, particle filtering, uncertainty quantification, mixed effects models|
|Brenton Blair||925-423-3217||Bayesian Modeling, Classification and Machine Learning|
|Grant Boquet||925-423-7608||Classification and machine learning, anomaly detection, sonar/radar signal processing, over-determined systems of PDEs, special functions, algebraic geometry and computational algebra.|
|Vera Bulaevskaya||925-423-8375||Energy modeling, ensemble methods, computer experiments, functional data analysis, classification and machine learning methods, experimental design, Bayesian modeling, spatial modeling|
|Kassandra Marie Fronczyk||925-422-2098||Bayesian statistics, Bayesian nonparametrics, reliability, uncertainty quantification, analysis of dose-response studies, toxicology and nanomedical data, sparse factor models, data science|
|Ana De Oliveira Sales||925-423-8358||Bayesian statistics and machine learning applications, Bayesian nonparametrics, online learning, adaptive design of computer experiments, computational biology, and bioinformatics.|
|Ana Kupresanin||925-422-8348||Design and analysis of computer experiments, functional data analysis, statistical computing, uncertainty quantification|
|Cory Lanker||925-423-3583||Bayesian modeling, computer experiments, machine learning/statistical learning, predictive analytics, statistical consulting|
|Jason Lenderman||925-422-2632||Bayesian networks, anomaly detection, natural language processing, distributed machine learning, probabilistic combinatorics, graph algorithms|
|Giuliana Pallotta||925-422-2778||Bayesian inference, statistical modeling, machine learning, big data, anomaly detection, reliability theory, statistical process control, situational awareness, information fusion.|
|Kathleen Schmidt||925-423-1384||Uncertainty quantification, Bayesian modeling, mixed-effects modeling|