Water conservancy model simulating computation system and computation method based on cloud serving

Abstract

The invention discloses a water conservancy model simulating computation system and computation method based on cloud serving. The system comprises a terminal, a cloud simulation platform, a computation cluster and a simulation result processing server, wherein the cloud simulation platform is independently connected with the terminal, the computation cluster and the simulation result processing server; a water conservancy model program file is obtained from a file server through the cloud simulation platform according to requirements; a simulating computation task is dynamically constructed and is then distributed to the computation cluster for carrying out simulating computation; generated result data or a chart is stored to a chart server; a computation process result is stored to a database server; and finally, the computation process result is returned to the terminal through an application server to show a simulation result. Resources or capabilities for obtaining the simulation service of various professional water conservancy models through the internet can be provided for users so as to truly break through a wide gap between a water conservancy model owner and the users, and urgent demands including quick modeling, efficient computation, model reuse and the like with which water conservancy model simulating computation is confronted at present can be effectively met.

Description

technical field [0001] The invention relates to the communication field, in particular to a water conservancy model simulation computing system and computing method based on cloud services. Background technique [0002] With the large-scale construction of water conservancy projects in my country, the data scale and calculation mode of water conservancy model simulation calculation have undergone tremendous changes. At present, the vast majority of water conservancy model software is self-developed and self-used, which belongs to the relatively early stage, and has the disadvantages of dispersion, low level, repeated development, and low reuse rate, which makes some more advanced mathematical models unable to be effectively used. Promote the use and play a greater role. The existing water conservancy model simulation system and software can no longer meet the actual needs of water conservancy simulation calculations. These outstanding demands include: [0003] (1) The scal...

AI Technical Summary

Problems solved by technology

However, the existing stand-alone version of the simulation system and software cannot support multiple users to carry out efficient calculations of one or more simulation models on the same set of data or multiple sets of data at the same time. unsustainable;

[0004] (2) The water conservancy simulation computing systems are constructed and operated independently, and the computing resources are allocated according to the peak value of computing, the idle rate is high, the computing resources are scattered, and the resources cannot be shared and utilized globally;

[0005] (3) The water conservancy simulation computing system has developed rapidly in recent years, but the boundary between the system development and the platform is not clear, and the lack of basic platform support capabilities results in a lack of scalability and reliability of the system

[0006] At present, the water conservancy model simulation system cannot support multiple users to carry out efficient calculation of one or more simulation models on the same set of data or multiple sets of data at the same time, and cannot perform model simulation calculations on demand at any time

Images