Fabricated hydraulic ring geological information system architecture

Abstract

The invention discloses a fabricated hydraulic ring geological information system architecture, and aims to solve the technical problems of high coupling degree, poor expansibility and long function expansion period of an existing hydraulic ring geological information system. The architecture adopts a three-layer decoupling design and is divided into a service definition layer HeegBD, a service implementation layer HeegBI and a service application layer HeegBA from top to bottom. The business definition layer constructs a standardized business definition model with business processes, business elements, data management, model management and system tools as core dimensions, and provides a stable service interface; the business implementation layer packages mutually independent standardized service modules according to three-dimensional combination; and the business application layer dynamically establishes a mapping relation between an interface and implementation through an XML configuration file and a Java reflection mechanism, and realizes quick plugging and assembling of a business function. According to the method, the flexibility, expandability and maintainability of the system are remarkably improved, and the method can be widely applied to development and deployment of hydraulic ring geological business digital intelligence information systems in multiple fields of hydrogeology, geological disasters, ecological restoration and the like.

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