摘要：目前KanBIM技术在施工现场质量控制中的应用研究仅仅从KanBIM概念、组成以及施工质量信息化角度出发，很少考虑组织上的协调控制，从而不能实现精益施工过程。为此引入活性系统，基于KanBIM中LPS的递归特点，考虑组织与组织环境的关系，以及同级施工质量计划与不同级施工质量计划之间的平衡与自治等问题，从主控计划、阶段计划、前瞻计划，周计划、日计划角度构建基于KanBIM的施工质量控制活性系统模型，更加系统、全面、完善地进行施工现场质量控制。

关键词：KanBIM；活性系统；LPS；递归结构；精益建造

Abstract：Currently，research on the application of KanBIM technology in construction site quality control only starts from the perspective of the concept and components of KanBIM，as well as the informationization of construction quality，rarely considers the organizational coordination control. In this paper，introduces the active system，based on the recursive features of LPS in KanBIM，considers the relations between organizations and organizational environments，as well as the balance and autonomy between construction quality plans of the same level and that of different levels，etc，constructs the active system model of construction quality control which is based on KanBIM from the perspective of mastering plan，stage plan，prospective plan，weekly plan and daily plan，so as to control the construction on-site quality more systematically，comprehensively and perfectly.

Keywords：KanBIM；active system；LPS；recursive decomposition；lean construction

参考文献

[1] LiJuan Chen，Hanbin Luo. A BIM-based construction quality management model and its applications[J]. Automation in Construction，2014（46）：64-73.

[2] Milan Radosavljevic Rafael Sacks，Ronen Barak. Requirements for building information modeling based lean production management systems for construction[J]. Automation in Construction，2010（19）：641-655 .

[3] Ury Gurevich，Rafael Sacks. Examination of the effects of a KanBIM production control system on subcontractors’ task selections in interior works[J]. Automation in Construction，2014（37）：81-87.

[4] Tobias Steinhaeusser，Fayos Elezi，Iris D.Tommelein，Udo Lindemann. Management cybernetics as a theoretical basis for lean construction thinking[J]. Lean Construction Journal，2015（3）：1-14.

[5] Bee r S. Diagnosing the system for organisations[M]. Wiley，Chichester，1985.

建筑经济，2016（12）：35-40