High-precision vision-based mobile augmented reality system for context-aware architectural, engineering, construction and facility management (AEC/FM) applications

Keyphrases

• Mobile Devices 100%
• Vision-based 100%
• Construction Site 100%
• Construction Management 100%
• Context-aware 100%
• Architectural Engineering 100%
• Architectural Construction 100%
• Engineering Management 100%
• Engineering Facilities 100%
• Facility Management 100%
• Management Application 100%
• Mobile Augmented Reality System 100%
• Engineering Construction 100%
• Architectural Management 100%
• Cyber 66%
• 3D Point Cloud Models 66%
• 3D Reconstruction 33%
• Fiducial Markers 33%
• Perceived Benefits 33%
• User Location 33%
• Context-aware Applications 33%
• New Vision 33%
• User Position 33%
• World-building 33%
• Speed-accuracy 33%
• Location Tracking 33%
• Algorithm 2 33%
• Reconstruction Module 33%
• User Orientation 33%
• Site Context 33%
• Perceived Limitations 33%
• Structure-from-motion Algorithms 33%
• Localization Time 33%
• Target Environment 33%
• Project Drawings 33%
• Empirical Accuracy 33%
• Location Tracking Technology 33%
• Project Specification 33%

Computer Science

• Construction Site 100%
• Facility Management 100%
• Augmented Reality System 100%
• Mobile Augmented Reality 100%
• Mobile Device 100%
• Point Cloud 66%
• Computer Hardware 66%
• Tracking (Position) 66%
• Experimental Result 33%
• Case Study 33%
• 3d Reconstruction 33%
• Perceived Benefit 33%
• structure-from-motion 33%
• Field Personnel 33%
• context aware application 33%
• Tracking Technology 33%
• Project Specification 33%
• Global Positioning System 33%
• Fiducial Marker 33%