本研究主要利用長距離3D雷射掃瞄器針對建築工程進行掃描，從紀錄下來之點雲資料進行非同步的工程管理作業。
在所獲得的建築工程內外觀的點雲資訊中，本研究嘗試進行工程與品質的管控作業，從3D電腦模型與外觀點雲的結合找出工程進度之差異值、施工尺寸的量測與誤差到牆面粉刷品質的控管等，建立一套建築工程之品質控管機制，以協助過去較難以量化之品質管制工作。
另一方面，本研究亦嘗試紀錄工程中之管線配置作業，在所記錄下之管線點雲中，建立管線與竣工圖之比對與修正模式、建築管線的定位與空間再造到以GIS結合管線資料庫與管線點雲建立一套管線管理系統，讓管線管理維護者得以在3D的管線點雲資訊中，正確的獲得相關管線配置資訊。
研究結果發現，運用3D掃瞄器除了可以忠實的記錄下工地的現況外，它提供了建築管理者更完整的工地施工資訊，在非同步(現場)情況下，透過電腦可以清楚且不受外界干擾的完整的進行工地之品質與管線管理工作，有別於過去現場之管控作業。本研究將提供建築工程工地管理未來新的管理思維模式。

This research uses long range 3D laser scanner to scan building construction, in order to record point cloud information in a non-synchronous manner.
With point cloud of building construction, this research aims to elucidate management and control of construction and quality. 3D computer modeling enables us to find differences in the construction schedule from point cloud, as well as to inspect construction component size and finished quality control of walls. The goal is to build a quality control and management system, and help quantify the process of quality and control in the past.
At the same time, this research also tries to scan plumbing configuration operations in building construction. In recording point cloud, this research has built up a corrective method of plumbing and as-built-drawing, to find where the plumbing is, and use GIS to combine plumbing database and plumbing point cloud to build up a management system. This will permit the manager of plumbing to get correct plumbing configuration from plumbing point cloud information.
The results of this research reveal that we not only are able to record the situation of building construction site with 3D scanner, but also provide building managers with more complete construction information. With non-synchronicity, the computer can be used to monitor and control construction quality and plumbing management in clear and non-interference conditions. It differs from control management processes in the past. This research will provide an intelligent and effective new management method for building construction in the future.

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