Lines Matching refs:pm
28 - Monday, June 5: 1 pm to 5:30 pm
29 - Tuesday, June 6: 10:15 am to 5:30 pm
30 - Wednesday, June 7: 9 am to 3 pm
34 - Monday, June 5: 10 am to 12 pm
78 | 1:00 pm | Some thoughts on the future of PETSc ([Slides][s_01], [Video][v_01]) | [Barry Smith] |
79 | 1:30 pm | A new nonhydrostatic capability for MPAS-Ocean ([Slides][s_02], [Video][v_02]) | [Sara Calandrini] |
80 | 2:00 pm | MultiFlow: A coupled balanced-force framework to solve multiphase flows in arbitrary domains ([Slides][s_03], [Video][v_03]) | [Berend van Wachem] |
81 | 2:30 pm | Mini tutorial: PETSc and PyTorch interoperability ([Slides][s_04], [Video][v_04], [IPython code][c_04]) | [Hong Zhang (Mr.)] |
82 | 2:45 pm | **Coffee Break** | |
83 | 3:00 pm | Towards enabling digital twins capabilities for a cloud chamber (slides and video unavailable) | [Vanessa Lopez-Marrero] |
84 | 3:30 pm | PETSc ROCKS ([Slides][s_06], [Video][v_06]) | [David May] |
85 | 4:00 pm | Software Development and Deployment Including PETSc ([Slides][s_07], [Video][v_07]) | [Tim Steinhoff] |
86 | 4:30 pm | Multiscale, Multiphysics Simulation Through Application Composition Using MOOSE ([Slides][s_08], [Video][v_08]) | [Derek Gaston] |
87 | 5:00 pm | PETSc Newton Trust-Region for Simulating Large-scale Engineered Subsurface Systems with PFLOTRAN ([Slides][s_09]) | [Heeho Park] |
88 | 5:30 pm | End of first day | |
101 | 12:00 pm | **Lunch** | |
102 | 1:00 pm | Mini tutorial: petsc4py ([Slides][s_14], [Video][v_14]) | [Stefano Zampini] |
103 | 1:15 pm | Transparent Asynchronous Compute Made Easy With PETSc ([Slides][s_15], [Video][v_15]) | [Jacob Faibussowitsch] |
104 | 1:45 pm | Using Kokkos Ecosystem with PETSc on modern architectures ([Slides][s_16]) | [Luc Berger-Vergiat] |
105 | 2:15 pm | Intel oneAPI Math Kernel Library, what’s new and what’s next? ([Slides][s_17], [Video][v_17]) | [Spencer Patty] |
106 | 2:45 pm | Mini tutorial: DMPlex ([Video][v_18], slides unavailable) | [Matt Knepley] |
107 | 3:00 pm | **Coffee Break** | |
108 | 3:15 pm | Scalable cloud-native thermo-mechanical solvers using PETSc (slides and video unavailable) | [Ashish Patel] |
109 | 3:45 pm | A mimetic finite difference based quasi-static magnetohydrodynamic solver for force-free plasmas in tokamak disruptions ([Slides][s_20], [Video][v_20]) | [Zakariae Jorti] |
110 | 4:15 pm | High-order FEM implementation in AMReX using PETSc ([Slides][s_21], [Video][v_21]) | [Alex Grant] |
111 | 4:45 pm | An Immersed Boundary method for Elastic Bodies Using PETSc ([Slides][s_22], [Video][v_22]) | [Mohamad Ibrahim Cheikh] |
112 | 5:15 pm | Mini tutorial: DMNetwork ([Slides][s_23], [Video][v_23]) | [Hong Zhang (Ms.)] |
113 | 5:30 pm | End of second day | |
128 | 1:00 pm | PETSc in the Ionosphere ([Slides][s_31], [Video][v_31]) | [Matt Young] |
129 | 1:30 pm | From the trenches: porting mef90 ([Slides][s_32], [Video][v_32]) | [Blaise Bourdin] |
130 | 2:00 pm | PERMON library for quadratic programming ([Slides][s_33], [Video][v_33]) | [Jakub Kruzik] |
131 | 2:22 pm | Distributed Machine Learning for Natural Hazard Applications Using PERMON ([Slides][s_34], [Video][v_34]) | [Marek Pecha] |
132 | 2:45 pm | Wrap up | |
133 | 3:00 pm | End of meeting | |