SUN Microsystems / S. L. Markstrom / Rizzoli A. E. / Decision Support Systems / /
Country
United States / Australia / United Kingdom / /
Currency
USD / / /
Facility
Catchment Hydrology / Applications AWBM LCC USTM Urban Libraries SimHyd RainfallRunoff library Figure / Catchment Hydrology Abstract / building TIME / Murrumbidgee catchment / F. Villa / Catchment Modelling Toolkit / Catchment Behaviour R.M Argenta / Monash University / The University of Melbourne / /
Holiday
Commonwealth Day / /
IndustryTerm
software system / software engineering / software framework / economic and social systems / state-ofthe-art data visualisation tools / software engineering approaches / software system tailoring / integrated catchment management / river systems / module-based modelling services / software technologies / knowledge and tools / catchment services / stand-alone executable applications / simulation software / good modelling technology / environmental applications / software development / predictive tools / predictive technologies / contextual help systems / download software / parameter optimisation tools / flow analysis tools / toolkit web portal / integrated modelling solutions / visualisation tools / oriented software development / update existing software / data management / generic tools / software engineering focus / standalone applications / computing / software development environment / appropriate tool / /
Organization
University of Melbourne / American Society of Photogrammetry and Remote Sensing Annual Conference / Cooperative Research Centre for Catchment Hydrology Abstract / ACT Department of Land and Water Conservation / Cooperative Research Centre for Catchment Hydrology / Monash University / NSW Department of Civil Engineering / Department of Civil and Environmental Engineering / Institution of Engineers / Commonwealth / State and Local government / /
Position
Toolkit Assistant / /
Product
J2EE / /
ProgrammingLanguage
Visual Basic / Fortran / /
Technology
Remote Sensing / cloning / software technologies / Environmental Engineering / good modelling technology / simulation / decision support system / /
Building a Modelling Toolkit for Prediction of Catchment Behaviour R.M Argenta,e, R.A. Vertessyb,e, J.M. Rahmanb,e, S.M. Cuddyb,e, G.M. Podgerc,e and D.R. Perryd,e a Department of Civil and Environmental Engineering, Th