1. Advancements for three-dimensional remote sensing of the atmosphere Martin, William George Kulesz 2014 Theses MathematicsAtmosphereRemote sensing
2. A Mathematical Study of Learning Dynamics Keller, Rachael Tara 2021 Theses MathematicsMachine learningMachine learning--Mathematical modelsNeural networks (Computer science)Numerical analysis
3. Analytical Solutions of the SABR Stochastic Volatility Model Wu, Qi 2012 Theses MathematicsFinance--Mathematical modelsFixed-income securities--Mathematical modelsOptions (Finance)--Mathematical modelsStochastic models
4. An h-box Method for Shallow Water Equations Li, Jiao 2019 Theses MathematicsStorm surges--Mathematical modelsTsunamis--Mathematical modelsAlgorithms
5. Anisotropic inverse problems with internal measurements Guo, Chenxi 2015 Theses MathematicsAnisotropyDifferential equations, PartialElectrical impedance tomography
6. Bifurcation of localized eigenstates of perturbed periodic Schrödinger operators Vukicevic, Iva 2015 Theses MathematicsEigenvaluesSchrödinger operatorPerturbation (Quantum dynamics)
7. Bifurcation of On-site and Off-site Solitary Waves of Discrete Nonlinear Schrödinger Type Equations Jenkinson, Michael James 2015 Theses MathematicsPhysics
8. Bifurcation perspective on topologically protected and non-protected states in continuous systems Lee-Thorp, James Patrick 2016 Theses Bifurcation theoryHoneycomb structuresSchrödinger equationSchrödinger operatorMathematicsPhysics
9. Biological Insights from Geometry and Structure of Single-Cell Data Sharma, Roshan 2019 Theses BioinformaticsMathematicsT cells--DifferentiationGeometrySingle cell proteins
10. Complex-Analytic Methods in Reconstructive Integral Geometry Hoell, Nicholas McMurray 2011 Theses Mathematics
11. Complex-Analytic Methods in Reconstructive Integral Geometry Hoell, Nicholas McMurray 2011 Theses Mathematics
12. Computational Inversion with Wasserstein Distances and Neural Network Induced Loss Functions Ding, Wen 2022 Theses MathematicsDifferential equations, PartialDistribution (Probability theory)Deep learning (Machine learning)Neural networks (Computer science)--Mathematical models
13. Corrector Theory in Random Homogenization of Partial Differential Equations Jing, Wenjia 2011 Theses MathematicsDifferential equationsHomogenization (Differential equations)
14. Development of Cut Cell Methods for Barrier Simulations with Shallow Water Equations Ryoo, Chanyang 2022 Theses MathematicsSaline water barriers--Mathematical modelsSimulation methods
15. Enlargement of Filtration and the Strict Local Martingale Property in Stochastic Differential Equations Dandapani, Aditi 2016 Theses Stochastic differential equationsMartingales (Mathematics)Mathematics
16. Extreme weather: subtropical floods and tropical cyclones Shaevitz, Daniel Albert 2016 Theses CyclonesGeostrophic windPrecipitation (Meteorology)Cyclones--Mathematical modelsFloods--Mathematical modelsFloodsAtmosphereMathematics
17. Homogenization of Partial Differential Equations with Random, Large Potential Zhang, Ningyao 2013 Theses MathematicsDifferential equations, PartialHomogenization (Differential equations)
18. Large Scale Machine Learning in Biology Raj, Anil 2011 Theses MathematicsBioinformaticsComputer science
19. Large Scale Simulation of Spinodal Decomposition Zheng, Xiang 2013 Theses MathematicsDecomposition (Mathematics)Monte Carlo methodBrownian motion processes
20. Learning predictive models from menstrual cycle data Li, Kathy Yinuo 2022 Theses MathematicsMedical sciencesStatisticsMenstruationMenstrual cycleWireless communication systems in medical care