Modern flood forecasting technology

Author: Ge Shouxi
Publisher:
Publish Date: 2002-02-01
Features: This book focuses on the practical floods in the Yangtze River Basin, closely tracking the trends of flood forecasting technology advancements in China and abroad over the past. It summarizes the author's nearly 20 years of research in promoting the modernization of Yangtze River flood forecasting technology. The book organically integrates modern systems theory, computer technology, and flood forecasting, using a wealth of simulation experiments, practical cases, and new technologies and methods applied in production. It provides an in-depth analysis of the essence and core of system prediction science and a series of new technology methods used in flood forecasting, introducing numerous successful examples applied in practical production. This reprinted edition adds approximately 90,000 new words of research findings, including the introduction of dynamic reservoir storage calculation models and multi-input/output response function model algorithms. It systematically introduces the technology of using graphical interactive techniques to implement flood forecasting mathematical model modeling, and elaborates in detail the development ideas of interactive modeling programs for a batch of commonly used flood forecasting mathematical models, such as the Graph Model, API Model, Muskingum Model, General Linear Confluence Model, and CRFPDP Model. This provides valuable materials for advancing industry technology and is a reference book that combines theoretical rigor and readability, suitable for learning and researching new forecasting technology methods. The book is intended for engineering technicians and researchers engaged in flood forecasting, as well as students and faculty from relevant disciplines.