Review: Coastal groundwater optimization—advances, challenges, and practical solutions
Decision models are essential tools for coastal groundwater management (CGM). A combined simulation-optimization framework is employed to develop these models. One of the main barriers in the widespread application of these models for real-world cases is their large computational burden. Recent adva...
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| Published in | Hydrogeology journal Vol. 23; no. 6; pp. 1129 - 1154 |
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| Main Authors | , |
| Format | Journal Article Book Review |
| Language | English |
| Published |
Berlin/Heidelberg
Springer Berlin Heidelberg
01.09.2015
Springer Nature B.V |
| Subjects | |
| Online Access | Get full text |
| ISSN | 1431-2174 1435-0157 |
| DOI | 10.1007/s10040-015-1254-1 |
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| Abstract | Decision models are essential tools for coastal groundwater management (CGM). A combined simulation-optimization framework is employed to develop these models. One of the main barriers in the widespread application of these models for real-world cases is their large computational burden. Recent advances in efficient computational approaches and robust optimization methods can crack this barrier. This study surveys the scientific basis of CGM to provide an overview on this subject and reviews the-state-of-the-art to clarify recent developments and to outline ideas for improving the computational performance. Key details are presented on the performance and choice of possible robust tools such as efficient evolutionary algorithms (EAs), surrogate models, and parallel processing techniques. Then, the potential challenges remaining in this context are scrutinized, demonstrating open fields for further research, which include issues related to advances in simulating and optimizing phases such as introducing new robust algorithms and considering multi-objective purposes, implementing novel and high-performance tools, considering global concerns (e.g. climate change impacts), enhancing the existing models to fit the real world, and taking into account the complexities of real-world applications (e.g. uncertainties in the modeling parameters, and data acquisition). Finally, the outcomes of the systematic review are applied to solve a real-world CGM problem in Iran, to quantitatively examine the performance of combined implementation of some of the suggested tools. It is revealed that the required computational time is considerably reduced by as much as three orders of magnitude when correct combinations of robust EAs, surrogate model, and parallelization technique are utilized. |
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| AbstractList | Decision models are essential tools for coastal groundwater management (CGM). A combined simulation-optimization framework is employed to develop these models. One of the main barriers in the widespread application of these models for real-world cases is their large computational burden. Recent advances in efficient computational approaches and robust optimization methods can crack this barrier. This study surveys the scientific basis of CGM to provide an overview on this subject and reviews the-state-of-the-art to clarify recent developments and to outline ideas for improving the computational performance. Key details are presented on the performance and choice of possible robust tools such as efficient evolutionary algorithms (EAs), surrogate models, and parallel processing techniques. Then, the potential challenges remaining in this context are scrutinized, demonstrating open fields for further research, which include issues related to advances in simulating and optimizing phases such as introducing new robust algorithms and considering multi-objective purposes, implementing novel and high-performance tools, considering global concerns (e.g. climate change impacts), enhancing the existing models to fit the real world, and taking into account the complexities of real-world applications (e.g. uncertainties in the modeling parameters, and data acquisition). Finally, the outcomes of the systematic review are applied to solve a real-world CGM problem in Iran, to quantitatively examine the performance of combined implementation of some of the suggested tools. It is revealed that the required computational time is considerably reduced by as much as three orders of magnitude when correct combinations of robust EAs, surrogate model, and parallelization technique are utilized.Original Abstract: Des modeles d'aide a la decision sont des outils essentiels pour la gestion des eaux souterraines cotieres (GESC). Un cadre combinant simulation et optimisation est utilise pour developper ces modeles. Un des principaux obstacles dans l'application generalisee de ces modeles pour des cas reels est leur grande charge de calcul. Les avancees recentes dans les approches efficaces de calcul et les methodes robustes d'optimisation peuvent faire sauter ces obstacles. Cette etude recense les bases scientifiques de la gestion des eaux souterraines cotieres afin de fournir une revue du sujet et examine l'etat de l'art afin de clarifier les recents developpements et d'esquisser des idees pour l'amelioration des performances de calcul. Des details clefs sont presentes sur la performance et le choix des outils robustes possibles, tels que les algorithmes d'efficacite evolutionnaires (AEE), les modeles de substitution, et les techniques de calcul en parallele. Ensuite, les defis potentiels restant dans ce contexte sont examines, afin de demontrer les champs ouverts pour de plus amples recherches, qui comprennent les questions liees aux progres des phases de simulation et d'optimisation comme l'introduction de nouveaux algorithmes robustes et la consideration d'approches multi-objectifs, la mise en oeuvre de nouveaux outils a haute performance, le fait de surmonter des problemes globaux (impacts du changement climatique par ex.), l'amelioration des modeles existants pour s'adapter au monde reel, et la prise en consideration de la complexite des applications du monde reel (par exemple, les incertitudes dans les parametres de modelisation, et l'acquisition des donnees). Finalement, les resultats de cette revue systematique sont appliques pour resoudre un probleme reel de GESC en Iran, afin d'examiner quantitativement la performance de la mise en oeuvre combinee de certains outils proposes. Cela revele que le temps de calcul necessaire est considerablement reduit de plus de trois ordres de grandeur lorsque les combinaisons appropriees d'AEE, de modele de substitution, et de technique de parallelisation sont utilisees. Decision models are essential tools for coastal groundwater management (CGM). A combined simulation-optimization framework is employed to develop these models. One of the main barriers in the widespread application of these models for real-world cases is their large computational burden. Recent advances in efficient computational approaches and robust optimization methods can crack this barrier. This study surveys the scientific basis of CGM to provide an overview on this subject and reviews the-state-of-the-art to clarify recent developments and to outline ideas for improving the computational performance. Key details are presented on the performance and choice of possible robust tools such as efficient evolutionary algorithms (EAs), surrogate models, and parallel processing techniques. Then, the potential challenges remaining in this context are scrutinized, demonstrating open fields for further research, which include issues related to advances in simulating and optimizing phases such as introducing new robust algorithms and considering multi-objective purposes, implementing novel and high-performance tools, considering global concerns (e.g. climate change impacts), enhancing the existing models to fit the real world, and taking into account the complexities of real-world applications (e.g. uncertainties in the modeling parameters, and data acquisition). Finally, the outcomes of the systematic review are applied to solve a real-world CGM problem in Iran, to quantitatively examine the performance of combined implementation of some of the suggested tools. It is revealed that the required computational time is considerably reduced by as much as three orders of magnitude when correct combinations of robust EAs, surrogate model, and parallelization technique are utilized. Issue Title: Optimization for Groundwater Characterization and Management Decision models are essential tools for coastal groundwater management (CGM). A combined simulation-optimization framework is employed to develop these models. One of the main barriers in the widespread application of these models for real-world cases is their large computational burden. Recent advances in efficient computational approaches and robust optimization methods can crack this barrier. This study surveys the scientific basis of CGM to provide an overview on this subject and reviews the-state-of-the-art to clarify recent developments and to outline ideas for improving the computational performance. Key details are presented on the performance and choice of possible robust tools such as efficient evolutionary algorithms (EAs), surrogate models, and parallel processing techniques. Then, the potential challenges remaining in this context are scrutinized, demonstrating open fields for further research, which include issues related to advances in simulating and optimizing phases such as introducing new robust algorithms and considering multi-objective purposes, implementing novel and high-performance tools, considering global concerns (e.g. climate change impacts), enhancing the existing models to fit the real world, and taking into account the complexities of real-world applications (e.g. uncertainties in the modeling parameters, and data acquisition). Finally, the outcomes of the systematic review are applied to solve a real-world CGM problem in Iran, to quantitatively examine the performance of combined implementation of some of the suggested tools. It is revealed that the required computational time is considerably reduced by as much as three orders of magnitude when correct combinations of robust EAs, surrogate model, and parallelization technique are utilized. |
| Author | Ataie-Ashtiani, Behzad Ketabchi, Hamed |
| Author_xml | – sequence: 1 givenname: Hamed surname: Ketabchi fullname: Ketabchi, Hamed email: hketabchi@alum.sharif.edu organization: Department of Civil Engineering, Sharif University of Technology – sequence: 2 givenname: Behzad surname: Ataie-Ashtiani fullname: Ataie-Ashtiani, Behzad organization: Department of Civil Engineering, Sharif University of Technology |
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| DocumentTitle_FL | Revue: Optimisation des aquifères côtiers—avancées, défis et solutions pratiques |
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| Keywords | Parallel processing Coastal groundwater Evolutionary algorithms Iran Optimization |
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| SubjectTerms | Algorithms Aquatic Pollution Barriers Climate change Coastal Coastal zone management Computation Computer simulation Data acquisition Earth and Environmental Science Earth Sciences Environmental impact Geology Geophysics/Geodesy Groundwater flow Groundwater management Hydrogeology Hydrology/Water Resources Iran Mathematical models Optimization Optimization techniques Parallel processing solutions system optimization systematic review Waste Water Technology Water Management Water Pollution Control Water Quality/Water Pollution |
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