作者：WRITTEN，BY，ZHA
页数：125页
出版社：中国水利水电出版社
出版日期：2017
ISBN：9787517057406
电子书格式：pdf/epub/txt
内容简介
After 1998’s disastrous flood in Yangtze River, Songhua River and Pearl River, NFFS has been designed, developed, tested and implemented by BOH of MWR associated with related universities and scientific research academies. Based on the existing status of hydrological information and forecasting in China, NFFS has been developed in Client/Server structures, relying on the uniform real time hydrological information database and GIS platform.It adopts the standardized and advanced software and hardware environment with modular and opening structure to easily add new models and procedures. It possesses the common forecasting models and method library to promptly build forecasting schemes. It has the functions of model parameters calibration that combines manual error-trial and automatic optimization methods.
作者简介
章四龙，水利部水文局(水利信息中心)副局长(副主任)。
水利部水文局(水利信息中心)是水利部直属事业单位，1999年由原水利部水文司和原水利部信息中心合并而成，其主要职能是：行使全国水文、水利通信和水利信息化行业管理，承担为防汛抗旱、水资源管理、水生态保护等提供水文情报预报和水文水资源信息服务，负责水利通信信息化系统的建设和运行管理。
目录
Introduction
Chapter 1 System Installation and Configuration
1.1 Installation of the System
1.2 Registration
1.3 Database Settings
1.4 System Initiating
1.5 Software Environment
Chapter 2 System Management
2.1 User Management
2.2 Model Management
2.3 Scheme Management
2.4 Stage-Discharge Relation Curve
2.5 Automatic Forecasting
2.6 Station Management
2.7 Forecasting Data Management
2.8 Data Base Link
Chapter 3 Information Inquiry
3.1 Inquiry of Hydrologic Elements
3.2 Mixed Inquiry with Map and List
3.3 Inquiry of Real Time Hydrologic Information
3.4 Toolbar
Chapter 4 Establish the Forecast Scheme
4.1 Scheme Establishing
4.2 Historic Data Process
4.3 Calibration
Chapter 5 Real-Time Operational Forecasting
5.1 Selection of Forecasting Stations
5.2 Flood Forecast
5.3 Block Management
5.4 Block Diagram of Forecast Structure
Chapter 6 Forecasting Models
6.1 Three-Layer Soil Moisture Model (SMS_3)
6.2 Rainfall-Runoff Correlation Diagram Model (P_RZHJR)
6.3 Lag-and-Route Model (LAG_3)
6.4 Empirical Unit Hydrograph (UH_B)
6.5 MUSKINGUM Routing Method (MSK)
References
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