This project focuses on river water quality modeling using MATLAB, applying the HSY algorithm and optimization-based processing methods to simulate and analyze water quality conditions.
本项目基于 MATLAB,实现了河流水质建模与模拟分析,采用 HSY 算法及相关优化处理方法,对水质变化过程进行建模与计算。
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Model river water quality dynamics
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Simulate different environmental conditions
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Analyze model outputs and error scenarios
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Provide a computational framework for environmental modeling
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构建河流水质变化模型
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模拟不同环境条件下的水质变化
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分析模型结果及异常情况
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提供一个环境建模的计算框架
The project is based on:
- HSY Algorithm (core modeling logic)
- MATLAB-based numerical computation
- Data-driven simulation using
.matdatasets
本项目主要方法包括:
- HSY 算法(核心建模逻辑)
- 基于 MATLAB 的数值计算
- 使用
.mat数据进行驱动模拟
├── HSYprocessing.m # Core HSY algorithm implementation / HSY算法核心实现
├── OPTprocessing.m # Optimization & processing module / 优化处理模块
├── accept.mat # Accepted cases / 正常数据
├── check.mat # Validation data / 校验数据
├── error.mat # Error scenarios / 异常数据
├── find.mat # Supporting dataset / 辅助数据
├── river_water_quality_modeling_report.docx # Project report / 项目报告
└── README.md
- Open MATLAB
- Load the
.matdata files - Run the main processing scripts:
HSYprocessing
OPTprocessing
步骤说明: 1. 打开 MATLAB 2. 加载 .mat 数据文件 3. 运行核心脚本:
HSYprocessing
OPTprocessing
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• Water quality simulation results
• Model validation outputs
• Error handling scenarios
• 水质模拟结果
• 模型验证结果
• 异常情况分析
⸻
The detailed methodology, modeling assumptions, and results analysis are documented in:
👉 river_water_quality_modeling_report.docx
详细建模过程、方法说明及结果分析详见:
👉 river_water_quality_modeling_report.docx
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• Demonstrates application of MATLAB in environmental modeling
• Shows how algorithms can simulate real-world physical systems
• Combines data processing with numerical modeling
• 展示 MATLAB 在环境建模中的应用
• 体现算法在真实物理系统模拟中的作用
• 实现数据处理与数值建模的结合
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• MATLAB
• Numerical Modeling
• Environmental Simulation