Design and Application of Three-Damage Prevention Command System (Series of Books on Water Conservancy Informatization Application Technology 1)

Author: Cong Peitong et al.
Publisher:
Publish Date: 2005-05-01
Features: The "Hydrology Informatization Application Technology Series" was developed in response to the requirements of hydrology informatization management, providing a scientific basis for hydrology informatization management and reference information for management personnel at all levels. The series consists of three volumes, covering the design and application of flood control, drought relief, and disaster prevention command systems; Yellow River ice jam geoelectric testing and digital early warning technology; and intelligent remote sensing monitoring systems for soil and water conservation.
"The Design and Application of Flood Control, Drought Relief, and Disaster Prevention Command Systems" is the first volume of the series, primarily elaborating on the theory, methods, and techniques of municipal-level flood control, drought relief, and disaster prevention command system design. The book comprises 15 chapters. The first three chapters focus on the fundamental knowledge of flood control, drought relief, and disaster prevention command system design, including the requirements for flood control, drought relief, and disaster prevention construction, as well as the structural and functional design concepts of the command systems. Chapters 4 to 9 highlight the design methods of information collection systems, communication systems, computer network systems, and decision support systems, as well as the functions and roles of databases and GIS-based platforms in the construction of flood control, drought relief, and disaster prevention command systems. Chapters 10 to 14 introduce the integration, management, and investment estimation of flood control, drought relief, and disaster prevention command systems, respectively. Chapter 15 provides explanations with practical examples.
Based on advanced domestic and international flood control, drought relief, and disaster prevention command system design technologies, the book employs charts and tables extensively to ensure content is easy to understand and practical. It can serve as a textbook for universities and colleges in related fields such as hydrology and disaster science, as well as a reference for technical and management personnel in urban flood control, drought relief, and disaster prevention command centers and related disciplines.