规则驱动的城市地下管网智能化设计

Rules-driven Intelligent Design of Urban Underground Pipe-network

城市地下管网设计的智能化历来是市政设计行业的热点和难点问题。论文探索了一种在不同语义环境下基于规则驱动的启发式地下管网智能化设计方法。对于不同语义环境选用不同的规则,构造可行解,并结合实际情况与布线规则,通过启发式规则获得最优解,并在此基础上开发了原型系统。论文所提方法解决了设计过程中设计管线与已有管线或附属设施的空间位置冲突问题,有效地实现了地下管线的智能化设计。实践表明,该方法适应性强,在实现不同语义环境下管网设计的同时,最大限度地减少了设计者的工作量,可应用于地下管网的智能化设计。

The intellectualization of urban underground pipe-network design has always been a hot and difficult issue in the municipal design industry.This thesis explores a heuristic-based underground pipe-network intelligent design method based on rules-driven in different semantic environments.Different rules are used for different semantic environments,feasible solutions are constructed.Then the actual situation and routing rules are combined to obtain the optimal solution through heuristic rules,and a prototype system is developed based on this.The method in the paper solves the problem of spatial position conflicts between design pipelines and existing pipelines or ancillary facilities in the design process,and effectively realizes the intelligent design of underground pipelines.The practice showes that the method is adaptable,and it can realize the design of pipeline under different semantic environments while minimizing the workload of designers.Therefore,this method can be applied to intelligent design of underground pipeline.