Area of research
Cancer Research · Pathology and Forensic Medicine
Research interest
Research interests include Breast Cancer Treatment Studies, Breast Lesions and Carcinomas, Model Reduction and Neural Networks, and Trauma and Emergency Care Studies.
Collaborative Research: MATH-DT: Computationally efficient hypercomplex variable-based sensitivity methods for rapid Digital Twin model updating
Elements: High-performance simulation of time-dependent problems via domain-specific languages
Collaborative Research: High-order approximation of variational inequalities and bounds-constrained partial differential equations
SHF: Small: Collaborative Research: Transform-to-Perform: Languages, Algorithms, and Solvers for Nonlocal Operators
Collaborative Research: Transforming Serendipity Elements from Theory to Practice
Collaborative Research: Multiphysics modeling and analysis of thermo-visco-acoustic equations with applications to the design of trace gas sensors
The Best of Both: Toward a hybrid discrete and continuum multiscale platelet aggregation and coagulation model
Small: Collaborative Research: Transform-to-Perform: Languages, Algorithms, and Code Transformations for High-Performance FEM
SI2-SSE: A GPU-Enabled Toolbox for Solving Hamilton-Jacobi and Level Set Equations on Unstructured Meshes
AF: Small: Metanumerical Computing for Emerging Architectures: Automated Embedded Algorithms for Partial Differential Equations on Multicore Platforms
AF: Small: Metanumerical Computing for Emerging Architectures: Automated Embedded Algorithms for Partial Differential Equations on Multicore Platforms
GV: Small: Collaborative Research: Analysis and Visualization of Stochastic Simulation Solutions
Automated Intrusive Algorithms for Numerical Simulation of Partial Differential Equations via Software-Based Frechet Differentiation
CAREER: Quantifying and Controlling Error and Uncertainty in Computational Inverse Problems