Intelligent Engineering Construction Management

Author:

Hu Min1ORCID,Li Gang2,Liu Xidong2,Wu BingJian1,Wang Yannian2,Wu Zhongming2,Zhang Qian1

Affiliation:

1. SILC Business School, Shanghai University, China

2. Shanghai Tunnel Engineering Co. Ltd., China

Abstract

Urban infrastructure has a large regional span and long cycle, so it has the significant characteristics of large amounts of engineering data, strong surrounding environment uncertainty, and high engineering risk. This chapter explains how to fuse the heterogeneous information of BIM and GIS models to realize smooth roaming through the lightweight and hierarchical processing of the model. Aiming at multi-dimensional and high-frequency time series data, this chapter introduces the MFAD-URP abnormal event diagnosis model based on the meta-feature extraction and self-encoding recursive map technology, which is used for early warning of emergency events, and introduces the method of comprehensive engineering emergency management information system and disposal process design after emergencies. The chapter takes the remote intelligent management of the shield tunnel engineering as an example and describes how to build a platform-level multi-engineering information management system to provide effective remote guidance on issues such as progress and safety.

Publisher

IGI Global

Reference7 articles.

1. Research on the integration technology of BIM and GIS in railway information construction.;D.Fan;Journal of Railway Engineering,2016

2. Design of Long Distance Pipeline Information Management Based on GIS

3. Development of a Web-GIS Based Geotechnical Information System

4. Liang, J., Xiao, B., & Fan, J. (2013). Research and Development of Urban Tunnel Engineering Construction Monitoring Long-distance Management System. Urban Roads Bridges & Flood Control, (9), 185-187.

5. Analysis and management of risks experienced in tunnel construction.;C.Pamukcu;Acta Montanistica Slovaca,2015

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