首页> 外文会议>International Symposium on Automation and Robotics in Construction >AUTOMATED PROCESSING OF SUBCONTRACTOR WORK PERFORMANCE DATA TO IMPROVE THE QUALITY CONTROL AND SUPPORT THE SUBCONTRACTOR SELECTION PROCESS
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AUTOMATED PROCESSING OF SUBCONTRACTOR WORK PERFORMANCE DATA TO IMPROVE THE QUALITY CONTROL AND SUPPORT THE SUBCONTRACTOR SELECTION PROCESS

机译:自动处理分包商工作性能数据,以提高质量控制并支持分包商选择过程

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摘要

The paper presents the research aimed to find the way for efficient monitoring and control of subcontractor performance in large construction projects. As a result the procedure for recording and processing the nonconformities is proposed. Procedure consists of the following stages: the identification of nonconformity (defect, work performed is at variance with project, the requirements of work or environment safety are violated, etc.); construction manager or engineer fills the nonconformity report for subcontractor; engineer puts the information about the nonconformity in the register were it is automatically processing and visualizing in form of tables and diagrams. For processing the data the classifier of nonconformities for register was proposed. According to classifier the nonconformities are sorting by the following attributes: 1) nonconformity to quality requirements; 2) nonconformity to requirements of work safety; 3) nonconformity to requirements of environment safety. Each of these groups has the subgroups for classifying, which let to gain the more precise information about the nature of nonconformity. Information of register is regular, up to date and useful for different company activities involved in construction process. For example, procurement department could use this information in sub-contractor pre-qualification and selection process for further construction projects, construction managers could organize the monitoring of subcontractors works more effectively, for the information in register gives the awareness of how frequently and what kind of nonconformities are usually done by subcontractors.
机译:本文提出了研究旨在为大型建筑项目中有效监测和控制分包商性能的研究。结果,提出了记录和处理不合格的过程。程序由以下阶段组成:识别不合格(缺陷,执行的工作与项目的差异,违反了工作或环境安全的要求等);建筑经理或工程师填充分包商的不合格报告;工程师将有关寄存器中的不合格的信息置于Table和图表的形式自动处理和可视化。为了处理数据,提出了寄存器的不合格分类器。根据分类器的说法,不合格是按以下属性进行排序:1)对质量要求的不合格; 2)对工作安全要求不合格; 3)对环境安全要求的不合格。这些组中的每一个都有用于分类的子组,这让这允许获得有关不合格性质的更精确的信息。寄存器的信息是常规的,最新,可用于施工过程中的不同公司活动。例如,采购部门可以使用这些信息在分包商预定资格和选择过程中进行进一步的建设项目,建设经理可以组织监测分包商更有效地工作,因为寄存器中的信息给出了频率频率和善意的认识不合格通常由分包商完成。

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