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A subgradient-based optimization for reservoirs system management
Cheikna Sylla
MT School of Management
Research output
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Contribution to journal
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Article
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peer-review
4
Scopus citations
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Keyphrases
Algorithm Framework
50%
Arid Region
50%
Complex Nonlinearity
50%
Feasible Region
50%
General Practitioners
50%
Generating Function
50%
Hydropower Plant
100%
Linear Equality Constraints
100%
Low Water Level
50%
Network Structure
50%
Nonlinear Programming
50%
Nonlinear Programming Problem
50%
Operational Feasibility
50%
Optimal Operating Policies
50%
Planning Period
50%
Power Generating
50%
Practical Feasibility
50%
Programming Techniques
50%
Real Water
50%
Reservoir System
100%
Resource Allocation Problem
50%
Solution Procedure
50%
Special Network
50%
Subgradient
100%
System Management
100%
Water Allocation
50%
Water Resources System
100%
Engineering
Applicability
33%
Engineering
33%
Equality Constraint
66%
Feasible Region
33%
Hydroelectric Energy
33%
Nonlinearity
33%
Resource Allocation Problem
33%
Solution Procedure
33%
Subgradient
100%
Water Resources
100%