SOFTWARE DUPLICATION AND REDUNDANCY Software / AWRA Systems / McGraw-Hill / Commonwealth Scientific / /
Country
Australia / / /
IndustryTerm
calibration systems / ported software model / optimisation software / purpose tool / river reach connectivity algorithms / software implementations / software verification technique / software porting process / software versions / software porting / post processing / software developers / informal communications / largescale software code / operational systems / test tool / software verification / Software redundancies / software structure / automated testing tool / river modelling systems / software implementation / software bugs / software model / data management / software code / landscape calibration systems / data pre-processing / calibration river modelling systems / spatial averaging algorithm / software clones / ported software / /
NaturalFeature
AWRA river / /
Organization
Australia’s Commonwealth Scientific and Industrial Research Organisation / Commonwealth Scientific and Industrial Research Organisation / Simulation Society of Australia and New Zealand / Australian Bureau of Meteorology / International Environmental Modelling and Software Society / BoM CSIRO WIRADA Alliance / International Congress / Modelling and Simulation Society of Australia Li / Water Information Research and Development Alliance / Modelling and Simulation Society of Australia Refsgaard / Modelling and Simulation Society of Australia / /
Person
Andrew Frost / Michael W. Godfrey / Adam Smith / Julien Lerat / Cory / Structure / Avijeet Ramchurn / Van Dijk / /
Position
model for its intended use / King / Model / CP-Miner / /
20th International Congress on Modelling and Simulation, Adelaide, Australia, 1–6 December 2013 www.mssanz.org.au/modsim2013 Comparative code verification using redundancy in a system for national scale hydrological mo