高拱坝浇筑进度仿真多进程并行优化的隔离计算管理方法

Isolated Computing Management Method for Multi-Process Parallel Optimization of High Arch Dam Pouring Schedule Simulation

高拱坝浇筑进度仿真优化平台计算程序规模大,计算概念复杂,不易使用。为简化用户操作界面便于施工管理人员使用并保护专用计算程序的知识产权,提出了高拱坝浇筑进度仿真多进程并行优化的隔离算法。通过在计算终端上部署虚拟机作为用户访问接口,在虚拟机与计算终端之间建立通讯协议,方便发送指令并限制虚拟机对计算终端控制能力,并研发了高拱坝浇筑进度仿真的隔离计算系统,实现了仿真远程计算控制功能和知识产权保护。隔离计算案例分析说明本方法可以有效的控制计算终端完成并行计算优化任务,查询并提取用户感兴趣的方案及其摘要。

The existing simulation and optimization platforms for high arch dam pouring schedule are usually difficult to use because of their large computation scales and complicated calculation concepts.To simplify the user interface and facilitate the convenient use of the construction management personnel,and also protect the intellectual property rights of these special purpose codes,we present an isolated computing method for multi-process parallel optimization of high arch dam pouring schedule simulations.Virtual machines are deployed on the computer terminals as the user access interface.A communication protocol is established between the virtual machine and the computing terminal to facilitate the instruction sending and limit the control ability of the virtual machine to the computing terminal.Thus,an isolated computing system for the high arch dam pouring schedule simulation is developed,which realizes the remote simulation computing control function and also the intellectual property protection.Examples show that the proposed method can effectively control the computing terminals to complete the parallel computing optimization task,and query and extract the schemes and summaries of interest to users.