An isolation calculation management method for high arch dam pouring schedule simulation

Abstract

The invention provides an isolation calculation management method for high arch dam pouring progress simulation. In the method, the simulation calculation terminal and the user control terminal share a file directory through a network connection for communication. The simulation calculation terminal has a built-in isolation calculation control system, and the user control terminal has a built-in Simulation calculation management system; the steps of the method are as follows: S1) initialize the communication environment; S2) initiate the calculation communication process; S3) query the calculation progress communication process; S4) obtain the program summary communication process; S5) end the calculation communication process. The invention has the advantages of simplifying the access interface of general users; realizing computing service and control virtualization in the form of shared folders; and simultaneously protecting the intellectual property rights of the high arch dam pouring progress simulation system.

Description

technical field [0001] The invention relates to the technical field of computer network communication, in particular to an isolation calculation management method for high arch dam pouring progress simulation. Background technique [0002] In the pouring process of high concrete arch dams, complex and dynamic environmental conditions are intertwined with limiting factors such as pouring resources and pouring technology, and the optimization of dam pouring construction period is a typical dynamic programming problem under the interaction of dynamic environment and complex constraints. . Therefore, the optimization problem of the arch dam pouring construction process is a path search optimization problem in a complex dynamic space, which needs to try a large number of parameters and perform large-scale calculations. [0003] On the one hand, large-scale computing often requires the support of relatively strong computing resources, which are often difficult to deploy and have ...

AI Technical Summary

Problems solved by technology

However, these remote computing methods have problems such as direct access to computing terminals by users, difficulties in retrieving and extracting massive information, difficulties in data compression, inability to satisfy simulation dynamics, or high deployment costs of the computing system itself.

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