Introduction

Overview

HydroWizard is a comprehensive framework designed to facilitate the modeling, simulation, and optimization of complex water resource systems. It provides a streamlined approach to defining system components, objectives, and constraints using a human-readable model specification language.

Key Features

  • YAML-based model specification language
  • Directed Acyclic Graph (DAG) representation of water resource systems
  • Efficient simulation and optimization algorithms
  • Support for multi-objective optimization using Evolutionary Multi-Objective Direct Policy Search (EMODPS)
  • Integration with Radial Basis Function (RBF) networks for policy function approximation

Target Audience

HydroWizard caters to a wide range of users, including:

  • Water resource managers and planners
  • Researchers in hydrology, water resources, and environmental sciences
  • Engineers and consultants working on water infrastructure projects
  • Students learning about water resource systems modeling and optimization

Prerequisites

To effectively use the HydroWizard framework, users should have:

  • Basic understanding of water resource systems and their components
  • Familiarity with YAML syntax for model configuration
  • Knowledge of multi-objective optimization concepts and techniques

Advantages

  • Promotes reproducibility and transparency in water resource systems modeling
  • Enables efficient exploration of complex decision spaces and trade-offs
  • Facilitates collaboration and sharing of models among researchers and stakeholders
  • Provides a flexible and extensible framework for customization and future developments

Potential Applications

HydroWizard can be applied to a wide range of water resource management problems, such as:

  • Reservoir operation optimization for hydropower generation and flood control
  • Irrigation scheme design and management
  • Water allocation and conflict resolution among competing users
  • Climate change adaptation and resilience planning
  • Environmental flow assessment and restoration