Titre de série :	Water resources research, 6
Titre :	Multiple reservoir system screeming models
Type de document :	texte imprimé
Auteurs :	Stedingen, J. R. ; Sule, B. F. ; Pei, D.
Mention d'édition :	American Geophysical Union
Editeur :	American Geophysical Union
Année de publication :	1983
ISBN/ISSN/EAN :	CI-06268
Note générale :	"Simple optimization models can be useful for identifying potentially attractive reservoir system configurations and capacities in the early stages of systems design. Several families of such screening models have been developed. Their obility to identify cost efficient designs that meet specified draftreliability targets was evaluted by simulating different designs identified as potentially optimal by the various models. Chance-constrained models, though simple, generally performed poorly/ the "" yield model"" performed quite well on the sample three-reservoir water - supply problem."
Mots-clés :	Hydrologie  Reservoir  Système reservoir  Methode de dessein  Modèle de comparaison  Periode d'écoulement
Index. décimale :	551.48 Hydrologie :
Résumé :	"Simple optimization models can be useful for identifying potentially attractive reservoir system configurations and capacities in the early stages of systems design. Several families of such screening models have been developed. Their obility to identify cost efficient designs that meet specified draftreliability targets was evaluted by simulating different designs identified as potentially optimal by the various models. Chance-constrained models, though simple, generally performed poorly/ the "" yield model"" performed quite well on the sample three-reservoir water - supply problem."
Note de contenu :	"Simple optimization models can be useful for identifying potentially attractive reservoir system configurations and capacities in the early stages of systems design. Several families of such screening models have been developed. Their obility to identify cost efficient designs that meet specified draftreliability targets was evaluted by simulating different designs identified as potentially optimal by the various models. Chance-constrained models, though simple, generally performed poorly/ the "" yield model"" performed quite well on the sample three-reservoir water - supply problem."

Water resources research, 6. Multiple reservoir system screeming models [texte imprimé] / Stedingen, J. R. ; Sule, B. F. ; Pei, D.  . -  American Geophysical Union . - American Geophysical Union, 1983.
ISSN : CI-06268
"Simple optimization models can be useful for identifying potentially attractive reservoir system configurations and capacities in the early stages of systems design. Several families of such screening models have been developed. Their obility to identify cost efficient designs that meet specified draftreliability targets was evaluted by simulating different designs identified as potentially optimal by the various models. Chance-constrained models, though simple, generally performed poorly/ the "" yield model"" performed quite well on the sample three-reservoir water - supply problem."

Mots-clés :	Hydrologie  Reservoir  Système reservoir  Methode de dessein  Modèle de comparaison  Periode d'écoulement
Index. décimale :	551.48 Hydrologie :
Résumé :	"Simple optimization models can be useful for identifying potentially attractive reservoir system configurations and capacities in the early stages of systems design. Several families of such screening models have been developed. Their obility to identify cost efficient designs that meet specified draftreliability targets was evaluted by simulating different designs identified as potentially optimal by the various models. Chance-constrained models, though simple, generally performed poorly/ the "" yield model"" performed quite well on the sample three-reservoir water - supply problem."
Note de contenu :	"Simple optimization models can be useful for identifying potentially attractive reservoir system configurations and capacities in the early stages of systems design. Several families of such screening models have been developed. Their obility to identify cost efficient designs that meet specified draftreliability targets was evaluted by simulating different designs identified as potentially optimal by the various models. Chance-constrained models, though simple, generally performed poorly/ the "" yield model"" performed quite well on the sample three-reservoir water - supply problem."