Verifying Concurrency in an Adaptive Ocean Circulation Model Alper Altuntas 1

Source URL: correctness-workshop.github.io

• Computational fluid dynamics
• Modeling and simulation
• ADCIRC
• Computational science
• Physical oceanography
• Data parallelism
• Numerical modeling
• Conceptual model
• Application software
• Applied mathematics

National Center for Atmospheric Research Quality Assurance and Error Identification for the Community Earth System Model Allison Baker

Source URL: correctness-workshop.github.io

• Climate modeling
• Physical oceanography
• Community Earth System Model
• Application software
• Software quality
• MX

A  Family  of  Provably  Correct  Algorithms   for  Exact  Triangle  Coun;ng       Ma=hew  Lee,  Tze  Meng  Low   Correctness  2017    

Source URL: correctness-workshop.github.io

Formal Correctness of Comparison Algorithms between Binary64 and Decimal64 Floating-point Numbers Arthur Blot ENS Lyon, France NSV, July 22-23, 2017

Source URL: www.cs.ox.ac.uk

• Computer arithmetic
• Arithmetic
• Computing
• Binary arithmetic
• Theory of computation
• Data types
• IEEE standards
• Decimal64 floating-point format
• IEEE 754
• Double-precision floating-point format
• cole normale suprieure de Lyon
• Algorithm

Preliminaries Solution framework Correctness

Source URL: www.cs.purdue.edu

• Algorithm
• Mathematical logic
• Theoretical computer science

Verifying MPI Applications with Mc SimGrid The Anh Pham, Thierry Jéron, Martin Quinson Univ. Rennes  Inria  CNRS  IRISA (France) Correctness 2017 Denver, Colorado

Source URL: correctness-workshop.github.io

• Psychometrics
• Design of experiments
• Statistical hypothesis testing
• Test
• Psychology
• Education
• Parallel computing
• Human behavior

Verifying the Floating-Point Computation Equivalence of Manually and Automatically Differentiated Code — 1st International Workshop on Software Correctness for HPC Applications, Nov 12, 2017, CO, USA

Source URL: correctness-workshop.github.io

• Computing
• Software engineering
• Computer programming
• X86 instructions
• MOVAPD
• X86 instruction listings
• J
• Compiler
• MOVDDUP

Towards Self-Verification in Finite Difference Code Generation Jan H¨ uckelheim1 , Ziqing Luo2 , Fabio Luporini1 ,Navjot Kukreja1 , Michael Lange1 , Gerard Gorman1 , Stephen Siegel2 , Matthew Dwyer3 , Paul Hovland4

Source URL: correctness-workshop.github.io

• Computing
• Computer programming
• Software engineering
• Operator theory
• Fortran
• OpenMP
• Parallel computing
• Hermitian adjoint
• Adjoint

Runtime Correctness Checking for Emerging Programming Paradigms Joachim Protze (), Christian Terboven, Matthias S. Müller, Serge Petiton, Nahid Emad, Hitoshi Murai and Taisuke Boku RWTH Aachen U

Source URL: correctness-workshop.github.io

• Parallel computing
• Computer programming
• Application programming interfaces
• IT infrastructure
• Computing
• Fortran
• OpenMP
• Thread

SDX-Based Flexibility or Internet Correctness? Pick Two! R¨udiger Birkner, Arpit Gupta?, Nick Feamster?, Laurent Vanbever  ETH Z¨urich ?Princeton University

Source URL: nsg.ee.ethz.ch

• Internet architecture
• Computing
• Internet
• Network architecture
• Border Gateway Protocol
• Forwarding plane
• IP routing
• Routing
• Control plane
• Cyclone Sidr
• Forwarding
• Peering