Integrated application of prefabricated building construction information based on BIM and RFID technology

H. Wang
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Abstract

Purpose: To solve the problems of low integration accuracy and long integration time of traditional prefabricated construction information integration methods. Method: A method of assembling building information integration based on BIM and RFID technology was proposed. By analyzing the information integration principle of BIM RFID (Building Information Modeling Radio Frequency Identification) technology, starting with rfid technology, we use rfid technology to collect the information of prefabricated building components and obtain the coding information of component data. Experiment: Combining Markov model and fuzzy algorithm, the obtained coding information is preprocessed. According to the processing results, statistical feature clustering algorithm is introduced to integrate the construction information of prefabricated buildings. Result: The precision polyline of the prefabricated building construction information integration method based on BIM and RFID technology showed a steady increase, and it was close to 100% in the later stage. At the same time, the time consumed by this method was within 0.41 s, with high accuracy, high efficiency and high practicability.
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基于BIM和RFID技术的装配式建筑施工信息化集成应用
目的:解决传统装配式建筑信息集成方法集成精度低、集成时间长等问题。方法:提出了一种基于BIM和RFID技术的建筑信息集成组装方法。通过分析BIM RFID (Building information Modeling Radio Frequency Identification,建筑信息建模射频识别)技术的信息集成原理,从RFID技术入手,利用RFID技术采集预制建筑构件的信息,获得构件数据的编码信息。实验:将马尔可夫模型与模糊算法相结合,对得到的编码信息进行预处理。根据处理结果,引入统计特征聚类算法对装配式建筑施工信息进行整合。结果:基于BIM和RFID技术的装配式建筑施工信息集成方法的精度折线稳步提高,后期接近100%。同时,该方法耗时在0.41 s以内,精度高、效率高、实用性强。
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