PETSC '18: PETSC USER MEETING 2018

B
Barral, Nicolas	Numerical tsunami simulation using goal-oriented mesh adaptivity
Bienz, Amanda	A parallel algebraic multigrid solver with reduced communication costs
C
Campos, Carmen	Rational eigensolvers in SLEPc: application to the source-free Helmholtz equation
Cermak, Martin	PERMON toolbox for quadratic programming
Chang, Justin	A performance spectrum model based on the Time-Accuracy-Size (TAS) analysis
Constantinescu, Emil	Acceleration of unsteady PDE constrained optimization under PETSC/TAO
Cotter, Colin	Hybrid-mixed compatible finite element solvers for numerical weather prediction
D
Dalcin, Lisandro	Development of the SSDC framework with PETSC's DMPlex
Dargaville, Steven	Matrix-free multigrid preconditioners for radiation transport
F
Farrell, Patrick	PDEs: they should be the solver's problem
Fröhlich, Jochen	The Dresden Multiphase Code PRIME: Methods, Applications and Experiences
G
Gander, Martin	New Coarse Corrections for Optimized Restricted Additive Schwarz Using PETSc.
Gibson, Thomas	Hybrid-mixed compatible finite element solvers for numerical weather prediction
Giordani, Julian	Case study: Prototype of Underworld via PetscDS
Gouarin, Loïc	Adaptive Multipreconditioning and its application to Domain Decomposition Methods
H
Hafemann, Thomas E.	The Dresden Multiphase Code PRIME: Methods, Applications and Experiences
Ham, David	Hybrid-mixed compatible finite element solvers for numerical weather prediction Numerical tsunami simulation using goal-oriented mesh adaptivity FInAT is not a tabulator
Hapla, Vaclav	How ETH Seismology and Wave Physics group employs PETSc (invited talk)
Homolya, Miklós	FInAT is not a tabulator
Horak, David	PERMON toolbox for quadratic programming
I
Isaac, Toby	Extensions of Multipoint Mixed Finite Elements
J
Jacht, Volker	Utilizing PETSc in an MPI-based multi-application software-architecture
Jain, Ramandeep	The Dresden Multiphase Code PRIME: Methods, Applications and Experiences
Jolivet, Pierre	Block recycled Krylov methods and matrix-free solvers
K
Kirby, Rob	PDEs: they should be the solver's problem Algebraic solvers for discrete tide models FInAT is not a tabulator
Knepley, Matthew	A performance spectrum model based on the Time-Accuracy-Size (TAS) analysis Case study: Prototype of Underworld via PetscDS
Krull, Benjamin	The Dresden Multiphase Code PRIME: Methods, Applications and Experiences
Kruzik, Jakub	PERMON toolbox for quadratic programming
Kumar, Santosh	A numerical solver nonlinear age-structured population model
L
Le Pourhiet, Laetitia	pTatin3D, an example of problem driven new developpement in Petsc Library
Liu, Wei	An exploration of solver performance and optimisations through the mini-app TeaLeaf.
Löhrer, Bastian	The Dresden Multiphase Code PRIME: Methods, Applications and Experiences
M
Mansour, John	Case study: Prototype of Underworld via PetscDS
Marin, Oana	Acceleration of unsteady PDE constrained optimization under PETSC/TAO
May, David A.	pTatin3D, an example of problem driven new developpement in Petsc Library
May, Ronja	The Dresden Multiphase Code PRIME: Methods, Applications and Experiences
Mills, Richard	A performance spectrum model based on the Time-Accuracy-Size (TAS) analysis
Mitchell, Lawrence	PDEs: they should be the solver's problem Hybrid-mixed compatible finite element solvers for numerical weather prediction FInAT is not a tabulator
Moresi, Louis	Case study: Prototype of Underworld via PetscDS
P
Pain, Chris	Matrix-free multigrid preconditioners for radiation transport
Parsani, Matteo	Development of the SSDC framework with PETSC's DMPlex
Pecha, Marek	PERMON toolbox for quadratic programming
Piggott, Matt	Numerical tsunami simulation using goal-oriented mesh adaptivity
R
Rojas, Diego	Development of the SSDC framework with PETSC's DMPlex
Roman, Jose E.	Rational eigensolvers in SLEPc: application to the source-free Helmholtz equation
S
Sanan, Patrick	DMStag: A Staggered Grid Abstraction for PETSc
Scott, David	TPLS: A Freely Available Program for the Simulation of Two Phase Flow
Shanks, Douglas	An exploration of solver performance and optimisations through the mini-app TeaLeaf.
Smedley-Stevenson, Richard	An exploration of solver performance and optimisations through the mini-app TeaLeaf.
Smith, Barry	Acceleration of unsteady PDE constrained optimization under PETSC/TAO
Spillane, Nicole	Adaptive Multipreconditioning and its application to Domain Decomposition Methods
Steinhoff, Tim	Utilizing PETSc in an MPI-based multi-application software-architecture
T
Tschisgale, Silvio	The Dresden Multiphase Code PRIME: Methods, Applications and Experiences
V
Valluri, Prashant	TPLS: A Freely Available Program for the Simulation of Two Phase Flow
Van Criekingen, Serge	New Coarse Corrections for Optimized Restricted Additive Schwarz Using PETSc.
W
Wallwork, Joe	Numerical tsunami simulation using goal-oriented mesh adaptivity
Weller, Hilary	Numerical tsunami simulation using goal-oriented mesh adaptivity
Z
Zampini, Stefano	Development of the SSDC framework with PETSC's DMPlex
Ó
Ó Náraigh, Lennon	TPLS: A Freely Available Program for the Simulation of Two Phase Flow

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