Dynamic integration method and components of water environment safety control model based on webservice

Abstract

The invention relates to a dynamic integration method and components of a water environment safety control model based on WebService. The present invention is based on the cross-programming language and cross-operating system platform WebService technology, designs the model integration interface, adopts the three-layer structure organization of data layer-support layer-application layer, and realizes the invocation, linkage calculation and real-time operation status of the water environment safety control model Interaction, to realize the effect evaluation of the water environment safety regulation of the Taihu River network. The invention solves the problems of different model development environments and heavy rewriting workload of platform integration codes, inability to call models in different places, inability to run multiple models at the same time, and incapable of real-time interaction between model calculation results and the platform. The model in the method of the present invention is applicable to all models in the field of water environment safety regulation and control. Through the dynamic integration of the water environment safety regulation model based on WebService, the cooperative computing efficiency of the business platform is increased by more than 20%, which greatly improves the decision-making efficiency of water environment safety regulation in the Taihu Lake Basin. scientific.

Description

technical field [0001] The invention belongs to the field of water environment science and technology, and in particular relates to a dynamic integration method and components of a water environment safety control model based on WebService. Background technique [0002] In recent years, most of the established numerical models in the Taihu Lake Basin have considered the needs of flood control and drought relief and water resource allocation, but the development and application of numerical models for water environment safety regulation are still blank. The decision-making of river network-lake water environment security control needs to integrate models such as river network water environment security control, lake water environment security control and water environment security comprehensive evaluation, among which the river network water environment security control model provides the Taihu Lake model for the lake water environment security control model Calculated bounda...

AI Technical Summary

Problems solved by technology

However, the existing model research and development environments are different, and it is difficult to couple calculations. For example, the Taihu River Network Water Environment Security Regulation Model, Taihu Lake Water Environment Security Regulation Model, and Taihu Lake Basin River Network-Lake Water Environment Security and Identification Evaluation Model were developed by Fortran, C++, C is developed in different programming languages, and it is difficult to be directly called and integrated by the platform. At the same time, most of the models run in a single window during the process of being called by the platform. It is necessary to wait for the calculation of the previous model to be completed before starting the operation of the next model, and the calculation efficiency is low.

In addition, the model is in a "black box" state during operation, and the platform cannot obtain the model calculation progress in time

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