3D Engineered Models
Surveying
- Guide for Efficient Geospatial Data Acquisition using LiDAR Surveying Technology
- IOWA Mobile Scanning Report)
- Michigan Utility Coordination Committee's Geospatial Utility Infrastructure Data Exchange 2014 Pilot Initiative
- MoDOT Engineering Policy Guide (EPG) for Aerial Mapping and LiDAR Surveys
- MoDOT Interim Guidelines for Electronic Deliverables for Engineering Data
- NCHRP 15-44 Guidelines for the Use of Mobile Lidar in Transportation Applications
Satellite Systems (e.g., GPS, GNSS, etc.)
- Accuracy Assessment of VRS in a Dynamic Environment (2006)
- Advanced Concept in Multiple GNSS Network RTK Processing, (2008)
- An Investigation into the Establishment of a Continuously Operating GPS Reference Station at Dubbo City Council, Central West Nsw, (2007)
- Construction Plant Control Using RTK GPS, (2002)
- Conversion of Volunteer-Collected GPS Diary Data into Travel Time Performance Measures: Literature Review, Data Requirements, and Data Acquisition Efforts
- Generation and Analysis of Digital Terrain Models with Parallel Guidance Systems for Precision Agriculture, (2008)
- Global Positioning System (GPS) Survey Specifications, California Department of Transportation,
- GNSS Orientation for kinematic applications, (2008)
- GPS Accuracy Could Start Dropping in 2010
- Integration of a Multiple-Antenna GNSS System and Supplementary Sensors, (2008)
- The Kinematic Potential of Modern Tracking Total Stations - A State of the Art Report on the Leica TPS1200+, (2008)
- The Networking Nucleus
- Using State Plane and Project Datum Coordinates
Stationary Laser Scanning
Mobile Laser Scanning
- 3D Laser Scanner as Part of Kinematic Measurement Systems (2008)
- A Time-referenced 4D Calibration System for Kinematic Optical Measuring Systems, (2008)
- Kinematic 3D Laser Scanning for Road or Railway Construction Surveys, (2008)
- Kinematic Surface Analysis by Terrestrial Laser Scanning, (2008)
- Learn Mobile LiDAR This website is an online resource designed to facilitate the interactive learning of mobile LiDAR technology. Developed under NCHRP Project 15-44, "Guidelines for the use of Mobile LiDAR in Transportation Applications," the website hosts a variety of content to assist with learning about the technology including five interactive e-learning modules which present important concepts to support implementation.
- Monitoring of the spatiotemporal movement of an industrial robot using a laser tracker, (2008)
- The Kinematic Potential of Modern Tracking Total Stations - A State of the Art Report on the Leica TPS1200+, (2008)
Infra-Red Sensing
Others
- 3D Visualization for the Civil Engineer Using Autodesk 3ds Max Design
- GPS/RTK Accuracy & Procedure Report Concerning Ground Control for Aerial Photography
- Guidance for Partial Face Excavation Machines, (2008)
- Insite: The Construction newsletter from KOREC 2008
- Utility location and highway design
Low Distortion Coordinate System
- Contrasting a Low Distortion Projection (LDP) With the Global Spatial Data Model (GSDM)
- Low Distortion Projections for Surveying and GIS
- Statewide Low Distortion Projection Design: Request For Proposal, Iowa Department of Transportation
- Use of Low Distortion Projections
Geodetic/Map Projection
- Contrasting a Low Distortion Projection (LDP) With the Global Spatial Data Model (GSDM)
- Creation of 3D model of the Tihany peninsula
- Fully Automated As-Built 3D Pipeline Segmentation Based on Curvature Computation from Laser-Scanned Data*
- Use of Low Distortion Projections
Survey control for AMG
- 12 Construction Surveys
- Automated Machine Guidance (AMG)
- GPS Machine Control Creates Opportunity in the Surveying Industry
- Implementation of Automated Machine Guidance for Ongoing Projects
- Testing the accuracy of machine guidance in road construction
- The Importance of Survey Control and Accuracy in AMG
- Training On Automated Machine Guidance
- Tunnel boring machine positioning automation in tunnel construction