Precast concrete material suppliers are responsible for the com. Spective,â Presented at the 19th International Symposium onĪutomation and Robotics in Construction (ISARC), Sep. Identification on Precast Concrete ComponentsâSupplierâs Per. Quality-related as-built data throughout the construction and facil-Īkinci, B., M. Sibility of frequently gathering complete and accurate 3D and Other advanced sensors, create an opportunity to explore the fea.
Quality information about built environments using embedded and Recent developments in generating 3DĮnvironments using laser scanning technologies, and in acquiring Ture the as-built history of a construction project to be utilized dur. Temperature sensor technologies are mature enough and can beĪkinci, B., âUsing Sensor Systems and Standard Project Models toĬapture and Model Project History for Building CommissioningĪnd Facility Management,â In Facility Area Network Workshop,Ĭivil Engineering Research Lab (CERL), ChampaignâUrbana,Īdvances in sensor and tagging systems provide a way to cap. Laser Detection and Ranging (LADAR), RFID, and embedded Technologies for Active Project Quality Control, FIATECH,Ĭase studies and pilot tests on construction sites show that Ment at Construction Sites (ASDMCon), presentation slides, 2003.Īkinci, B., Position Paper: Lessons Learned from Using Sensing Ing, Stanford University, Stanford, Calif., 2004.Īkinci, B., Advanced Sensor-Based Defect Detection and Manage. dissertation,ĭepartment of Civil Engineering and Environmental Engineer. Tion Processes, CIFE Technical Report #151, Ph.D. Tion Processes, 2003 (presentation slides), Paper read at IntelligentĪnd Automated Construction Job Site Workshop, Dec. (AEC) industry will have far-reaching effects on building simu-Īkbas¸, R., Geometry-Based Modeling and Simulation of Construc.
Games) to the Architecture, Engineering, and Construction Technology from the entertainment industry (animation and video The transfer of sophisticated Non-Photo Realistic rendering GSA is committed to a strategic and in-Ĭremental adoption of 3D-4D-BIM technologies.Ībler, F., âExpressive 3D Components for Building Simulation andīIM,â AECbytes Viewpoint, May 25, 2006. GSA to more effectively meet customer, design, construction, and Optimization from 3D, 4D, and BIM computer technologies allow The power of visualization, coordination, simulation, and GSA has initiated 10 pilot projects in itsĬurrent capital program, while assessing and supporting 3D-4D-īIM applications on more than 20 ongoing projects across the In 2003, GSA established the 3D-4D-BIM (Building Informa. GSA_OVERVIEW&contentId=20917&noc=T [accessed May
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