智能建筑规划的生产力机器人概念模型

Donatas Kavaliauskas, L. Sakalauskas
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引用次数: 0

摘要

在现代建筑中,最重要的任务之一就是按照预定的时间表建造建筑物。这就需要一个施工阶段流程的时间表。这个时间表也很容易适应和规划建筑物的翻新或维修工程。没有一个好的进度计划,现场管理人员就不能有效地处理施工区域的过程。针对这一问题,提出了基于元启发式算法的生产率机器人概念。与传统的规划方法和设备相比,元启发式算法允许改进施工规划过程时间表。对工程规划数据的测试结果表明,元启发式算法在规划优化的第一阶段取得了主要的改进。所提出的概念有望提供接近最优时间表的结果,并超越经典的调度方法。生产力机器人作为一个软件引擎,与组织结构或自动化功能互补。生产力机器人被设计用来管理建筑过程。它旨在根据施工技术自动规划施工阶段进度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Conceptual model of productivity bot for smart construction planning
One of the most important tasks in modern construction is to build a building according to the desired time schedule. This requires a timetable for the construction stages processes. The schedule is also easy to adapt and to plan the renovation of a building or maintenance works. Without a good schedule site manager cannot effectively handle construction area processes. The solution to this problem is the proposed productivity bot concept based on metaheuristic algorithms. Metaheuristic algorithms allow to improve the construction planning process schedules compared with conventional planning methods and equipment. The results of testing with construction planning data has shown that the metaheuristic algorithm achieved the main improvements during the first planning optimization stages. The proposed concept is expected to present results that are close to the optimal timetable and surpass classical methods for scheduling. Productivity bots act as a software engine complementing with the organization of construction or automation functionality. Productivity bot is designed to manage building processes. It is intended for automated planning of construction stages schedules according to construction technologies.
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