Fusing LiDAR and Imagery: Providing Effective Solutions for Ohio s s Transportation Infrastructure
|
|
- Alan Collins
- 6 years ago
- Views:
Transcription
1 Fusing LiDAR and Imagery: Providing Effective Solutions for Ohio s s Transportation Infrastructure Dave Blackstone GIS Manager Ohio Department of Transportation Brian Stevens, CP Project Manager Woolpert Inc.
2 The Ohio Statewide Imagery Program Program Participants & Overview Program Examples ODOT Applications and Benefits
3 The Ohio Statewide Imagery Program Participants Partnership between State/Federal Agencies Shared resource agencies using the same dataset, same accuracy, same quality Reduce or eliminate duplication of effort agencies apply funding a single time for multiple applications Pool funding to achieve greater goal obtain a higher level of products that are shared between agencies
4 The Ohio Statewide Imagery Program Overview
5 Ohio Statewide Imagery Program Highlights 41,276 Square Mile Project Area across 88 Counties LiDAR used exclusively to rectify digital imagery and to support the generation of 2-foot contours CORS/VRS Base Stations (administered by ODOT) supporting airborne/ground GPS across the entire State 26 of the 88 Counties opted to upgrade (to 0.5-foot imagery)
6 OSIP Program Specifications Base Project Statewide 1 =200 scale color digital Orthophotography at 1-foot pixel resolution. Statewide 1 =1,000 scale color Infrared Orthophotography at 3-foot pixel resolution Statewide DEM derived from LiDAR Metadata (FGDC) Northern Tier Southern Tier 2007 Buy-up Options 1 =100 scale color digital orthophotography at 0.5-foot pixel resolution DTM and 5-foot and/or 2-foot contouring
7 Program Delivery Schedule Northern Tier December 2006 Southern Tier December 2007
8 Program Technology/Equipment Leica ADS40 Camera Sensors Leica ALS50 LiDAR Sensors
9 Imagery and LiDAR Acquisition
10 1.0-Foot Pixel 1 =200 Scale Flight Missions 2006 Flight Mission 2007 Flight Mission
11 1 =200 Scale Flight Acquisition ADS40 Camera Systems Push Broom
12 Light Detection And Ranging (LiDAR( LiDAR) (Derived Elevation Models) LiDAR Shaded Relief Model Contours 3D Imagery
13 Ohio LiDAR Acquisition Obtained LiDAR at an average of a 2-meter post spacing Bare-Earth Surface DEM/non-Ground LiDAR DEM was used for ortho rectification Bare-Earth Surface DEM is suitable to support the generation 2-foot contours
14 LiDAR Generated Delivery Products Bare-Earth Surface DEM in ArcGrid (binary) Format Bare-Earth Surface DEM in ArcGrid (ASCII) Format Classified LiDAR Data in LAS Binary File Format The LAS file format is a public file format for the interchange of LIDAR data.
15 Program Acquisition Team Companies involved in acquisition Woolpert Inc. - Prime Northwest Geomatics, Horizons, EarthData, PSI Aircraft involved in acquisition ½- & 1-foot imagery: 6-8 LiDAR: 3-4
16 The Ohio Statewide Imagery Program Examples
17 1 =200 Scale Digital Orthophotography City of Lima, Ohio Interstate inch Pixel Resolution Ortho Imagery (Ortho Tile: 5,000 x 5,000 )
18 1 =200 Scale Digital Orthophotography Zoom City of Lima, Ohio Interstate 75 Interchange 12-inch Pixel Resolution Ortho Imagery
19 1 =100 Scale Digital Orthophotography City of Columbus, Ohio 6-inch Pixel Resolution Ortho Imagery (Ortho Tile: 2,500 x 2,500 )
20 1 =100 Scale Digital Orthophotography City of Columbus, Ohio 6-inch Pixel Resolution Ortho Imagery
21 1 =100 Scale Digital Orthophotography City of Columbus, Ohio 6-inch Pixel Resolution Ortho Imagery
22 1 =1,000 Scale Digital Orthophotography Cleveland, Ohio 3.0-Foot Pixel Resolution Color Infra-red red Ortho Imagery
23 Digital Orthophotography & Contours City of Lima, Ohio Interstate 75 2-Foot Contours and Spot Elevations (created from 3D breaklines and LiDAR Mass Points)
24 LiDAR Shaded Relief Model City of Cleveland, Ohio Blue shading = low elevations; Red shading = high elevations
25 The Ohio Statewide Imagery Program ODOT Applications & Benefits Predictive Modeling & Preliminary Engineering
26 The Ohio Statewide Imagery Program ODOT Applications & Benefits Utilizing homogenous imagery dataset for road/crash analysis. Utilizing LiDAR for road/highway projects, in many instances replacing traditional project preparation, which is reducing time, effort and project costs. The Office of Production is using the data for planning & engineering studies including: new road alignment, cross section cut and fill, survey for cross section and volume information.
27 The Ohio Statewide Imagery Program ODOT Applications & Benefits The Office of Environmental Services is investigating the use of LiDAR to help identify archeological sites Studying the use of LiDAR in hydro modeling for the replacement of culverts by calculating the flow through culverts Use of LiDAR to build predictive models on landslides (slope/grade, soil type etc.) Prediction and Prevention of Mine Subsidence (determine distance between the top of the mine and the surface).
28 LiDAR for Predictive Flood Modeling City of Columbus, Ohio Olentangy River/Route 315/OSU Campus
29 LiDAR for Predictive Flood Modeling City of Columbus, Ohio Olentangy River/OSU Stadium Profile
30 LiDAR for Predictive Flood Modeling City of Columbus, Ohio River Elevation (715ft 725ft)
31 LiDAR for Predictive Flood Modeling Bluffton, Ohio During the Flood (August 21, 2007) Images courtesy of the Allen County Engineer s Office
32 LiDAR for Predictive Landslide Modeling Fairfield County, Ohio Interstate Route 33 LiDAR Elevation Relief Model
33 LiDAR for Predictive Landslide Modeling Fairfield County, Ohio Interstate Route 33 Color Coded based upon Degree of Slope
34 LiDAR for Predictive Landslide Modeling Fairfield County, Ohio Interstate Route 33 Color Coded based upon Degree of Slope
35 LiDAR for Predictive Landslide Modeling Fairfield County, Ohio Interstate Route 33 Cross Section/Profile View
36 LiDAR for Predictive Obstruction Modeling City of Cleveland, Ohio 3D Building Extraction/Extrusion Crash Analysis
37 LiDAR for Predictive Obstruction Modeling Airport Arrival & Departure Zones ANA surface superposed on LiDAR intensity surface ANA surface vs. LiDAR elevation surface Identified obstruction
38 LiDAR for Predictive Line-of of-sight Modeling Cleveland, Ohio Yellow: visible From Brown s Stadium Blue: visible From Key Bank Building Pink: visible From Brown s Stadium and Key Bank Building
39 LiDAR for Archeological Identification/Discovery Licking County, Ohio Shaded Relief Color Coded Model Image courtesy of the Ohio Archeological Council
40 LiDAR for Archeological Identification/Discovery Licking County, Ohio Octagon and Observatory Circle Indian Mounds Shaded Relief Color Coded Model Images courtesy of the Ohio Archeological Council
41 Preliminary Engineering Program Benefits Determination of Potential Alignments Determination of Cut and Fill Estimates Reduction in field survey activities
42 Preliminary Engineering Program Benefits (Continued) Substantial cost savings Typical savings per project site: $25K - $50K Substantial time savings Typical traditional turn-around timeframe: 4-months Turn-around timeframe implementing the use of LiDAR: 4-weeks
43 GIS Application and Return-on on-investment Ohio Turnpike utilizing the homogenous Statewide dataset to create a seamless GIS data program Benefit to the Turnpike/State of Ohio: Shortened Timeframe and Cost Savings Estimated cost savings with the State Program: ~45% Estimated time savings, 8-10 months
44 Tuscarawas and Muskingum Rivers Huntington COE Flood Control Projects Bolivar Dam, Dover Dam, Mohawk Dam, Beach City Dam, and Zoar Levy H & H modeling - Dam failure, Down stream impact, emergency response/operations Environmental Study Stream Bank Erosion Deliverables DTM, Hydro, Bridges Cost: $65K ($150K) Savings: ~$85K Schedule: 3 months (9 months) Savings: 6 months
45 Future LiDAR Modeling Applications Landcover Classification
46 Future LiDAR Modeling Applications Impervious Surface Classification
47 Questions?
Hamilton County Enhances GIS Base Mapping with 1-foot Contours
Hamilton County Enhances GIS Base Mapping with 1-foot Contours Presented by Larry Stout, Hamilton County GIS Manager Brad Fugate, Woolpert Inc. Today s Presentation Hamilton County s 2004 Base Mapping
More informationHigh resolution survey and orthophoto project of the Dosso-Gaya region in the Republic of Niger. by Tim Leary, Woolpert Inc.
High resolution survey and orthophoto project of the Dosso-Gaya region in the Republic of Niger by Tim Leary, Woolpert Inc. Geospatial Solutions Photogrammetry & Remote Sensing LiDAR Professional Surveying
More informationAlaska Department of Transportation Roads to Resources Project LiDAR & Imagery Quality Assurance Report Juneau Access South Corridor
Alaska Department of Transportation Roads to Resources Project LiDAR & Imagery Quality Assurance Report Juneau Access South Corridor Written by Rick Guritz Alaska Satellite Facility Nov. 24, 2015 Contents
More informationMobile Mapping Solutions for Ohio s Integrated Transportation Network. Brian Foster, CP
Mobile Mapping Solutions for Ohio s Integrated Transportation Network Brian Foster, CP About Woolpert Established in 1911 Over 600 Professionals 25 Offices $12,000,000 invested in new technology in last
More informationTechnical Considerations and Best Practices in Imagery and LiDAR Project Procurement
Technical Considerations and Best Practices in Imagery and LiDAR Project Procurement Presented to the 2014 WV GIS Conference By Brad Arshat, CP, EIT Date: June 4, 2014 Project Accuracy A critical decision
More informationN.J.P.L.S. An Introduction to LiDAR Concepts and Applications
N.J.P.L.S. An Introduction to LiDAR Concepts and Applications Presentation Outline LIDAR Data Capture Advantages of Lidar Technology Basics Intensity and Multiple Returns Lidar Accuracy Airborne Laser
More information2010 LiDAR Project. GIS User Group Meeting June 30, 2010
2010 LiDAR Project GIS User Group Meeting June 30, 2010 LiDAR = Light Detection and Ranging Technology that utilizes lasers to determine the distance to an object or surface Measures the time delay between
More informationIGIC Helping Coordinate GIS Initiatives for Indiana
IGIC Helping Coordinate GIS Initiatives for Indiana GIS Day at Purdue University 2014 Phil Worrall, Executive Director Indiana Geographic Information Council, Inc. (IGIC) IGIC Helping Coordinate GIS Initiatives
More informationQUESTIONS & ANSWERS FOR. ORTHOPHOTO & LiDAR AOT
QUESTIONS & ANSWERS FOR ORTHOPHOTO & LiDAR AOT Question# 1. Section 3.2 Will the imagery be clipped to the 1000m boundary? If so, what color will be used for null valued pixels? Yes, the imagery will be
More informationLIDAR 101 & 2014 MO/AR LIDAR PARTNERS PROJECT. NEMO GIS Workshop
LIDAR 101 & 2014 MO/AR LIDAR PARTNERS PROJECT NEMO GIS Workshop May 22, 2014 PRESENTER Tim Donze Business Development Surdex Corporation PRESENTATION TOPICS What is LiDAR? Why is LiDAR Valuable? Missouri
More informationOverview. 1. Aerial LiDAR in Wisconsin (20 minutes) 2. Demonstration of data in CAD (30 minutes) 3. High Density LiDAR (20 minutes)
Overview 1. Aerial LiDAR in Wisconsin (20 minutes) 2. Demonstration of data in CAD (30 minutes) 3. High Density LiDAR (20 minutes) 4. Aerial lidar technology advancements (15 minutes) 5. Q & A 1. Aerial
More informationAirborne and Mobile LiDAR for Transport Corridor Survey Dr. Bharat Lohani Director, Geokno India Pvt. Ltd. & Professor, Geoinformatics IIT Kanpur
www.geokno.com Airborne and Mobile LiDAR for Transport Corridor Survey Dr. Bharat Lohani Director, Geokno India Pvt. Ltd. & Professor, Geoinformatics IIT Kanpur Geokno has executed and is executing multiple
More informationMODULE 1 BASIC LIDAR TECHNIQUES
MODULE SCENARIO One of the first tasks a geographic information systems (GIS) department using lidar data should perform is to check the quality of the data delivered by the data provider. The department
More informationData Acquisition Through the Geospatial Products and Services Contract (GPSC)
Data Acquisition Through the Geospatial Products and Services Contract (GPSC) Kathryn Yoder GPSC COTR ESRI, 2015 U.S. Department of the Interior U.S. Geological Survey Overview Background Info Acquisition
More informationUsing ArcGIS Server Data to Assist in Planimetric Update Process. Jim Stout - IMAGIS Rick Hammond Woolpert
Using ArcGIS Server Data to Assist in Planimetric Update Process Jim Stout - IMAGIS Rick Hammond Woolpert Using ArcGIS Server Data to Assist in Planimetric Update Process Jim Stout - IMAGIS Rick Hammond
More informationReality Check: Processing LiDAR Data. A story of data, more data and some more data
Reality Check: Processing LiDAR Data A story of data, more data and some more data Red River of the North Red River of the North Red River of the North Red River of the North Introduction and Background
More informationIowa Department of Transportation Office of Design. Photogrammetric Mapping Specifications
Iowa Department of Transportation Office of Design Photogrammetric Mapping Specifications March 2015 1 Purpose of Manual These Specifications for Photogrammetric Mapping define the standards and general
More informationAn Introduction to Lidar & Forestry May 2013
An Introduction to Lidar & Forestry May 2013 Introduction to Lidar & Forestry Lidar technology Derivatives from point clouds Applied to forestry Publish & Share Futures Lidar Light Detection And Ranging
More informationShould Contours Be Generated from Lidar Data, and Are Breaklines Required? Lidar data provides the most
Should Contours Be Generated from Lidar Data, and Are Breaklines Required? Lidar data provides the most accurate and reliable representation of the topography of the earth. As lidar technology advances
More information2/9/2016. Session Agenda: Implementing new Geospatial Technologies for more efficient data capture
Implementing new Geospatial Technologies for more efficient data capture Jay Haskamp Applied Geospatial Engineer Steve Richter VP Sales Session Agenda: Today s changing technologies and what lies ahead
More informationWorkshops funded by the Minnesota Environment and Natural Resources Trust Fund
Workshops funded by the Minnesota Environment and Natural Resources Trust Fund Conservation Applications of LiDAR Data Workshops funded by: Minnesota Environment and Natural Resources Trust Fund Presented
More informationLiDAR-Maps. and More for. Engineers. TechTime New Mapping Tools for Transportation Engineering. Airborne LiDAR. Digital Cameras
LiDAR-Maps Airborne LiDAR and More for Digital Cameras Engineers and Their Applications Presenter: Azadeh Koohzare, Ph.D., P.Eng. Project Manager, Geodesy and Geomatics AKoohzare@mcelhanney.com 604-683-8521
More informationLidar Talking Points Status of lidar collection in Pennsylvania Estimated cost and timeline
Lidar Talking Points Pennsylvania has an immediate need for new lidar (topographic) data coverage. Some uses of the data are enumerated later in this document. USGS has calculated an average return on
More informationProject Report Nooksack South Fork Lummi Indian Nation. Report Presented to:
June 5, 2005 Project Report Nooksack South Fork Lummi Indian Nation Contract #2291-H Report Presented to: Lummi Indian Nation Natural Resources Department 2616 Kwina Road Bellingham, WA 98226 Point of
More informationConnecticut Association of Assessing Officers CT Statewide GIS Data Acquisition & Services. June 22, :00 am
Connecticut Association of Assessing Officers 2016 CT Statewide GIS Data Acquisition & Services June 22, 2016 9:00 am Presented by: Shawn Benham, PMP Project Manager ---------------------------- Brad Arshat,
More informationAPPENDIX E2. Vernal Pool Watershed Mapping
APPENDIX E2 Vernal Pool Watershed Mapping MEMORANDUM To: U.S. Fish and Wildlife Service From: Tyler Friesen, Dudek Subject: SSHCP Vernal Pool Watershed Analysis Using LIDAR Data Date: February 6, 2014
More informationMunicipal Projects in Cambridge Using a LiDAR Dataset. NEURISA Day 2012 Sturbridge, MA
Municipal Projects in Cambridge Using a LiDAR Dataset NEURISA Day 2012 Sturbridge, MA October 15, 2012 Jeff Amero, GIS Manager, City of Cambridge Presentation Overview Background on the LiDAR dataset Solar
More informationTopographic Lidar Data Employed to Map, Preserve U.S. History
OCTOBER 11, 2016 Topographic Lidar Data Employed to Map, Preserve U.S. History In August 2015, the National Park Service (NPS) contracted Woolpert for the Little Bighorn National Monument Mapping Project
More informationRemote Sensing Sensor Integration
Remote Sensing Sensor Integration Erica Tharp LiDAR Supervisor Table of Contents About 3001 International Inc Remote Sensing Platforms Why Sensor Integration? Technical Aspects of Sensor Integration Limitations
More informationBRIEF EXAMPLES OF PRACTICAL USES OF LIDAR
BRIEF EXAMPLES OF PRACTICAL USES OF LIDAR PURDUE ROAD SCHOOL - 3/9/2016 CHRIS MORSE USDA-NRCS, STATE GIS COORDINATOR LIDAR/DEM SOURCE DATES LiDAR and its derivatives (DEMs) have a collection date for data
More informationAn Introduction to Using Lidar with ArcGIS and 3D Analyst
FedGIS Conference February 24 25, 2016 Washington, DC An Introduction to Using Lidar with ArcGIS and 3D Analyst Jim Michel Outline Lidar Intro Lidar Management Las files Laz, zlas, conversion tools Las
More informationNAVIGATION AND ELECTRO-OPTIC SENSOR INTEGRATION TECHNOLOGY FOR FUSION OF IMAGERY AND DIGITAL MAPPING PRODUCTS. Alison Brown, NAVSYS Corporation
NAVIGATION AND ELECTRO-OPTIC SENSOR INTEGRATION TECHNOLOGY FOR FUSION OF IMAGERY AND DIGITAL MAPPING PRODUCTS Alison Brown, NAVSYS Corporation Paul Olson, CECOM Abstract Several military and commercial
More informationAerial and Mobile LiDAR Data Fusion
Creating Value Delivering Solutions Aerial and Mobile LiDAR Data Fusion Dr. Srini Dharmapuri, CP, PMP What You Will Learn About LiDAR Fusion Mobile and Aerial LiDAR Technology Components & Parameters Project
More informationQuinnipiac Post Flight Aerial Acquisition Report
Quinnipiac Post Flight Aerial Acquisition Report August 2011 Post-Flight Aerial Acquisition and Calibration Report FEMA REGION 1 Quinnipiac Watershed, Connecticut, Massachusesetts FEDERAL EMERGENCY MANAGEMENT
More informationProject Report Sauk-Suiattle Indian Tribe. Report Presented to:
July 28, 2005 Project Report Sauk-Suiattle Indian Tribe Contract #2294-H Report Presented to: Sauk-Suiattle Indian Tribe 5318 Chief Brown Lane Darrington, WA 98241 Phone: (360) 436-0738 Fax: (360) 436-1092
More informationLewis County Public Works Department (County) GIS Mapping Division 350 N. Market Blvd. Chehalis, WA Phone: Fax:
March 31, 2005 Project Report Lewis County, WA Contract #2262-H Report Presented to: Lewis County Public Works Department (County) GIS Mapping Division 350 N. Market Blvd. Chehalis, WA 98532-2626 Phone:
More informationHigh Resolution Laserscanning, not only for 3D-City Models
Lohr 133 High Resolution Laserscanning, not only for 3D-City Models UWE LOHR, Ravensburg ABSTRACT The TopoSys laserscanner system is designed to produce digital elevation models (DEMs) of the environment
More informationWindstorm Simulation & Modeling Project
Windstorm Simulation & Modeling Project Airborne LIDAR Data and Digital Elevation Models in Broward County, Florida Data Quality Report and Description of Deliverable Datasets Prepared for: The Broward
More informationGIS Tools for Hydrology and Hydraulics
1 OUTLINE GIS Tools for Hydrology and Hydraulics INTRODUCTION Good afternoon! Welcome and thanks for coming. I once heard GIS described as a high-end Swiss Army knife: lots of tools in one little package
More informationQUANTIFICATION OF AVAILABLE SOLAR IRRADIATION ON ROOFTOPS USING ORTHOPHOTOGRAPH AND LIDAR DATA
August 11 13, QUANTIFICATION OF AVAILABLE SOLAR IRRADIATION ON ROOFTOPS USING ORTHOPHOTOGRAPH AND LIDAR DATA Chanikarn Yimprayoon 1, Mojtaba Navvab 1 1 University of Michigan, Ann Arbor, MI ABSTRACT Residential
More informationUsing LiDAR (Light Distancing And Ranging) data to more accurately describe avalanche terrain
International Snow Science Workshop, Davos 009, Proceedings Using LiDAR (Light Distancing And Ranging) data to more accurately describe avalanche terrain Christopher M. McCollister, and Robert H. Comey,
More informationProject Report Snohomish County Floodplains LiDAR Survey. Report Presented to:
August 22, 2005 Project Report Snohomish County Floodplains LiDAR Survey Contract #2295-H Report Presented to: David Evans and Associates, Inc. (DEA) 1620 W. Marine View Drive, Suite 200 Everett, WA 98201
More informationLidar Standards. Chatham County, Georgia. Jason Lee, Noel Perkins and Vincent Grevemberg
1 Lidar Standards Chatham County, Georgia Jason Lee, Noel Perkins and Vincent Grevemberg 2 SAGIS Lidar Standards Table of Contents Introduction...1 Objective...1.1 Data Description...2 Spatial and Temporal
More informationOrthophotography and LiDAR Terrain Data Collection Rogue River, Oregon Final Report
Orthophotography and LiDAR Terrain Data Collection Rogue River, Oregon Final Report Prepared by Sky Research, Inc. 445 Dead Indian Memorial Road Ashland, OR 97520 Prepared for Rogue Valley Council of Governments
More informationTerrain Modeling and Mapping for Telecom Network Installation Using Scanning Technology. Maziana Muhamad
Terrain Modeling and Mapping for Telecom Network Installation Using Scanning Technology Maziana Muhamad Summarising LiDAR (Airborne Laser Scanning) LiDAR is a reliable survey technique, capable of: acquiring
More informationUAV Surveying II. Precision. Accuracy. Reliability
UAV Surveying II Precision. Accuracy. Reliability Part One: Project Lifecycle Deliverables Part Two: Evaluation of UAV Data Accuracy and Examples of Error Part Three: AGENDA Review of Results Examples
More informationTools River Flattening in TerraModeler TerraModeler, versions 12.xxx and above
TerraModeler, versions 12.xxx and above GeoCue Group Support 1/12/2016 Hydro-flattening is a common requirement when it comes to delivering surface models to the U.S. Geological Survey (USGS) National
More informationAutomated Enforcement of High Resolution Terrain Models April 21, Brian K. Gelder, PhD Associate Scientist Iowa State University
Automated Enforcement of High Resolution Terrain Models April 21, 2015 Brian K. Gelder, PhD Associate Scientist Iowa State University Problem Statement High resolution digital elevation models (DEMs) should
More informationAssimilation of Break line and LiDAR Data within ESRI s Terrain Data Structure (TDS) for creating a Multi-Resolution Terrain Model
Assimilation of Break line and LiDAR Data within ESRI s Terrain Data Structure (TDS) for creating a Multi-Resolution Terrain Model Tarig A. Ali Department of Civil Engineering American University of Sharjah,
More informationMicrowave. Infrared. Preprogrammed Chip
Advanced Technology for Design Mapping and Construction Layout AACE A.A.C.E. Meeting August 5, 2009 Daniel K. Mardock RBF Consulting Survey Manager Registered Land Surveyor Certified Federal Surveyor Arizona
More informationLIDAR MAPPING FACT SHEET
1. LIDAR THEORY What is lidar? Lidar is an acronym for light detection and ranging. In the mapping industry, this term is used to describe an airborne laser profiling system that produces location and
More informationLiDAR & Orthophoto Data Report
LiDAR & Orthophoto Data Report Tofino Flood Plain Mapping Data collected and prepared for: District of Tofino, BC 121 3 rd Street Tofino, BC V0R 2Z0 Eagle Mapping Ltd. #201 2071 Kingsway Ave Port Coquitlam,
More informationAirborne LiDAR Data Acquisition for Forestry Applications. Mischa Hey WSI (Corvallis, OR)
Airborne LiDAR Data Acquisition for Forestry Applications Mischa Hey WSI (Corvallis, OR) WSI Services Corvallis, OR Airborne Mapping: Light Detection and Ranging (LiDAR) Thermal Infrared Imagery 4-Band
More informationQuality Control Concepts for LiDAR
Quality Control Concepts for LiDAR January 24, 2012 Engineering Architecture Design-Build Surveying GeoSpatial Solutions Presentation Objectives Offer realistic and constructive advice for LiDAR project
More informationSandy River, OR Bathymetric Lidar Project, 2012 Delivery QC Analysis Lidar QC Report March 26 th, 2013
O R E G O N D E P A R T M E N T O F G E O L O G Y A N D M I N E R A L I N D U S T R I E S OLC Sandy River, OR Bathymetric Lidar Project Delivery Acceptance Report. Department of Geology & Mineral Industries
More informationExercise 1: Introduction to LiDAR Point Cloud Data using the Fusion Software Package
Exercise 1: Introduction to LiDAR Point Cloud Data using the Fusion Software Package Christopher Crosby, San Diego Supercomputer Center / OpenTopography (Adapted from tutorial by Ian Madin, DOGAMI) Last
More informationThird Rock from the Sun
Geodesy 101 AHD LiDAR Best Practice The Mystery of LiDAR Best Practice Glenn Jones SSSi GIS in the Coastal Environment Batemans Bay November 9, 2010 Light Detection and Ranging (LiDAR) Basic principles
More informationGeomatic & Information Technologies for Ports and Navigable Waterways. Expanding Our Global Opportunities
Geomatic & Information Technologies for Ports and Navigable Waterways Airborne Remote Sensing Susan Jackson Tetra Tech Geomatics BD Director Hydrographic Surveying Robert Feldpausch Tetra Tech Principal
More informationLORI COLLINS, RESEARCH ASSOCIATE PROFESSOR CONTRIBUTIONS BY: RICHARD MCKENZIE AND GARRETT SPEED, DHHC USF L IBRARIES
LORI COLLINS, RESEARCH ASSOCIATE PROFESSOR CONTRIBUTIONS BY: RICHARD MCKENZIE AND GARRETT SPEED, DHHC USF L IBRARIES AERIAL AND TERRESTRIAL SURVEY WORKFLOWS Workflow from project planning applications
More informationA Method to Create a Single Photon LiDAR based Hydro-flattened DEM
A Method to Create a Single Photon LiDAR based Hydro-flattened DEM Sagar Deshpande 1 and Alper Yilmaz 2 1 Surveying Engineering, Ferris State University 2 Department of Civil, Environmental, and Geodetic
More informationAIRBORNE LIDAR TASK ORDER REPORT SHELBY COUNTY TN 1M NPS LIDAR/FEATURE EXTRACT TASK ORDER UNITED STATES GEOLOGICAL SURVEY (USGS)
AIRBORNE LIDAR TASK ORDER REPORT SHELBY COUNTY TN 1M NPS LIDAR/FEATURE EXTRACT TASK ORDER UNITED STATES GEOLOGICAL SURVEY (USGS) CONTRACT NUMBER: G10PC00057 TASK ORDER NUMBER: G12PD00127 Woolpert Project
More informationLiDAR Technical Report NE Washington LiDAR Production 2017
LiDAR Technical Report NE Washington LiDAR Production 2017 Presented to: Washington DNR 1111 Washington Street SE Olympia, Washington 98504 Submitted by: 860 McKinley St Eugene, OR 97402 July 26, 2017
More informationPhoto based Terrain Data Acquisition & 3D Modeling
Photo based Terrain Data Acquisition & 3D Modeling June 7, 2013 Howard Hahn Kansas State University Partial funding by: KSU Office of Research and Sponsored Programs Introduction: Need Application 1 Monitoring
More information2D Model Implementation for Complex Floodplain Studies. Sam Crampton, P.E., CFM Dewberry
2D Model Implementation for Complex Floodplain Studies Sam Crampton, P.E., CFM Dewberry 2D Case Studies Case Study 1 Rain-on-Grid 2D floodplain simulation for unconfined flat topography in coastal plain
More informationUAV Flight Operations for Mapping. Precision. Accuracy. Reliability
UAV Flight Operations for Mapping Precision. Accuracy. Reliability Part One: Why is Mapping different? Part Two: What about accuracy and precision? Part Three: What is the Workflow? Part Four: AGENDA What
More informationCHAPTER 10. Digital Mapping and Earthwork
CHAPTER 10 Digital Mapping and Earthwork www.terrainmap.com/rm22.html CE 316 March 2012 348 10.1 Introduction 349 10.2 Single Images 10.2.1 Rectified Photograph With a single photograph, X,Y data can be
More informationSecurity and Disaster Preparedness: New York s Experience. Presented by: New York Department of Public Service. December 7, James T.
Security and Disaster Preparedness: New York s Experience Presented by: James T. Gallagher New York Department of Public Service james_gallagher@dps.state.ny.us December 7, 2001 Rome, Italy 1 Security
More informationLiDAR Engineering and Design Applications. Sample Data
LiDAR Engineering and Design Applications Sample Data High density LiDAR will return points on any visible part of a structure. Modeling of Existing Structures 2 The distance between any two positions
More informationCREATING CUSTOMIZED SPATIAL MODELS WITH POINT CLOUDS USING SPATIAL MODELER OPERATORS TO PROCESS POINT CLOUDS IN IMAGINE 2014
CREATING CUSTOMIZED SPATIAL MODELS WITH POINT CLOUDS USING SPATIAL MODELER OPERATORS TO PROCESS POINT CLOUDS IN IMAGINE 2014 White Paper December 22, 2016 Contents 1. Introduction... 3 2. ERDAS IMAGINE
More informationTools, Tips and Workflows Geiger-Mode LIDAR Workflow Review GeoCue, TerraScan, versions and above
GeoCue, TerraScan, versions 015.005 and above Martin Flood August 8, 2016 Geiger-mode lidar data is getting a lot of press lately as the next big thing in airborne data collection. Unlike traditional lidar
More informationA New Way to Control Mobile LiDAR Data
A New Way to Control Mobile LiDAR Data Survey control has always been a critically important issue when conducting mobile LiDAR surveys. While the accuracies currently being achieved with the most capable
More informationLidar Technical Report
Lidar Technical Report Oregon Department of Forestry Sites Presented to: Oregon Department of Forestry 2600 State Street, Building E Salem, OR 97310 Submitted by: 3410 West 11st Ave. Eugene, OR 97402 April
More informationNew Features in SOCET SET Stewart Walker, San Diego, USA
New Features in SOCET SET Stewart Walker, San Diego, USA 2610083107A EXPORT CONTROL DATA. This presentation is approved for export as of 31 August 2007. The actual product and its technical information
More informationPROJECT BRIEFINGS: Statewide 2008 Orthoimagery LiDAR Elevation Data Program MN Geospatial Information Office. Chris Cialek
PROJECT BRIEFINGS: Statewide 2008 Orthoimagery LiDAR Elevation Data Program MN Geospatial Information Office Chris Cialek MN Land Management Information Center (LMIC) chris.cialek@state.mn.us Mid-West
More informationMARS v Release Notes Revised: May 23, 2018 (Builds and )
MARS v2018.0 Release Notes Revised: May 23, 2018 (Builds 8302.01 8302.18 and 8350.00 8352.00) Contents New Features:... 2 Enhancements:... 6 List of Bug Fixes... 13 1 New Features: LAS Up-Conversion prompts
More informationImage Services for Elevation Data
Image Services for Elevation Data Peter Becker Need for Elevation Using Image Services for Elevation Data sources Creating Elevation Service Requirement: GIS and Imagery, Integrated and Accessible Field
More informationMassCEC Rooftop Solar Map
MassCEC Rooftop Solar Map Data and Methods Summary Critigen, LLC Overview The detailed analysis of solar rooftop potential is a multi-step workflow with many facets and input parameters to the analysis
More informationIndoor. Heritage Preservation CAD versus Cloud. inside. Applanix and CSIRO. Grows with LiDAR. Vol. 2 Issue 4 ABOVE & BEYOND. ipad & Tablet Ready!
inside Indoor Mapping Applanix and CSIRO SMALL BUSINESS Grows with LiDAR Heritage Preservation CAD versus Cloud Vol. 2 Issue 4 ABOVE & BEYOND ipad & Tablet Ready! RE-MODELING THE MIXMASTER From Mobile
More informationOPERATION MANUAL FOR DTM & ORTHOPHOTO
BANGLADESH DIGITAL MAPPING ASSISTANCE PROJECT (BDMAP) OPERATION MANUAL FOR DTM & ORTHOPHOTO AUGUST 2011 VERSION 1 Introduction 1. General This Operation Manual is prepared by officers of Survey of Bangladesh
More informationCase Study for Long- Range Beyond Visual Line of Sight Project. March 15, 2018 RMEL Transmission and Planning Conference
Case Study for Long- Range Beyond Visual Line of Sight Project March 15, 2018 RMEL Transmission and Planning Conference 2014 HDR Architecture, 2016 2014 HDR, Inc., all all rights reserved. Helicopters
More informationCentral Coast LIDAR Project, 2011 Delivery 1 QC Analysis LIDAR QC Report February 17 th, 2012
O R E G O N D E P A R T M E N T O F G E O L O G Y A N D M I N E R A L I N D U S T R I E S OLC Central Coast Delivery 1 Acceptance Report. Department of Geology & Mineral Industries 800 NE Oregon St, Suite
More informationAIRBORNE GEIGER MODE LIDAR - LATEST ADVANCEMENTS IN REMOTE SENSING APPLICATIONS RANDY RHOADS
Place image here (10 x 3.5 ) AIRBORNE GEIGER MODE LIDAR - LATEST ADVANCEMENTS IN REMOTE SENSING APPLICATIONS RANDY RHOADS Geospatial Industry Manager HARRIS.COM #HARRISCORP Harris Company Information SECURITY
More informationDOD Airfield Obstruction Collection and Mapping: A GIS Approach. Yaneev Golombek, GISP Tom Cirillo
DOD Airfield Obstruction Collection and Mapping: A GIS Approach Yaneev Golombek, GISP Tom Cirillo GEOSPATIAL SOLUTIONS July 23, 2015 Engineering Architecture Design-Build Surveying Planning GeoSpatial
More informationUTILIZACIÓN DE DATOS LIDAR Y SU INTEGRACIÓN CON SISTEMAS DE INFORMACIÓN GEOGRÁFICA
UTILIZACIÓN DE DATOS LIDAR Y SU INTEGRACIÓN CON SISTEMAS DE INFORMACIÓN GEOGRÁFICA Aurelio Castro Cesar Piovanetti Geographic Mapping Technologies Corp. (GMT) Consultores en GIS info@gmtgis.com Geographic
More informationRogue River LIDAR Project, 2012 Delivery 1 QC Analysis LIDAR QC Report September 6 th, 2012
O R E G O N D E P A R T M E N T O F G E O L O G Y A N D M I N E R A L I N D U S T R I E S OLC Rogue River Delivery 1 Acceptance Report. Department of Geology & Mineral Industries 800 NE Oregon St, Suite
More informationBLM Fire Project, 2013 QC Analysis Lidar and Orthophoto QC Report November 25th, 2013
O R E G O N D E P A R T M E N T O F G E O L O G Y 1937 A N D M I N E R A L I N D U S T R I E S Department of Geology & Mineral Industries 800 NE Oregon St, Suite 965 Portland, OR 97232 BLM Fire Project,
More informationValidation of Aerial LiDAR Products For Transportation Applications
Creating Value Delivering Solutions Validation of Aerial LiDAR Products For Transportation Applications Dr. Srini Dharmapuri, CP, PMP Michael Baker Jr., Inc. Lauren Little, PE Alaska DOT Public Facility
More informationRemote Sensing for Statewide Digital Geospatial Database
Remote Sensing for Statewide Digital Geospatial Database Photogrammetry: Collecting and processing digital aerial imagery. Brenda Browning, C.P. Objective: Collection, processing, and disbursement of digital
More informationProject Report Lower Columbia River. Report Presented to:
December 29, 2005 Project Report Lower Columbia River Contract #2265-H Report Presented to: Puget Sound Lidar Consortium 1011 Western Avenue, Suite 500 Seattle, WA 98104 Phone: (206) 464-7090 Fax: (206)
More informationApplied Cartography and Introduction to GIS GEOG 2017 EL. Lecture-7 Chapters 13 and 14
Applied Cartography and Introduction to GIS GEOG 2017 EL Lecture-7 Chapters 13 and 14 Data for Terrain Mapping and Analysis DEM (digital elevation model) and TIN (triangulated irregular network) are two
More informationLIDAR ESSENTIALS: Module 4
LIDAR ESSENTIALS: Module 4 Alan Lulloff Association of State Floodplain Managers 575 D'Onofrio Drive, Suite 200 Madison, WI 53719 608-828-3000 alan@floods.org www.floods.org Lewis Graham GeoCue Corporation
More informationData Acquisition; Maintenance, and Dissemination
Data Acquisition; Maintenance, and Dissemination Amar Nayegandhi, CP, CMS(RS), GISP Director of Remote Sensing Dewberry December 4, 2014 About MAPPS + MAPPS is the only national association of private
More informationFeature Extraction from Imagery & Lidar. Kurt Schwoppe, Esri Mark Romero, Esri Gregory Bacon, Fairfax County
Feature Extraction from & Lidar Kurt Schwoppe, Esri Mark Romero, Esri Gregory Bacon, Fairfax County Today s Speakers Image Processing Experts and Good Colleagues Kurt Schwoppe Industry Lead Esri Mark Romero
More informationUAV s in Surveying: Integration/processes/deliverables A-Z. 3Dsurvey.si
UAV s in Surveying: Integration/processes/deliverables A-Z Info@eGPS.net TODAY S PROGRAM Introduction to photogrammetry and 3Dsurvey Theoretical facts about the technology and basics of 3dsurvey Introduction
More informationGIS Mapping of Pipelines
GIS Mapping of Pipelines RJ Lumbrezer, PS Survey Manager DGL Consulting Engineers, LLC Ted Muns Sales Manager City Blueprint of Toledo 2016 Ohio GIS Conference Hyatt Regency Columbus September 28 30, 2016
More informationLiDAR QA/QC - Quantitative and Qualitative Assessment report -
LiDAR QA/QC - Quantitative and Qualitative Assessment report - CT T0009_LiDAR September 14, 2007 Submitted to: Roald Haested Inc. Prepared by: Fairfax, VA EXECUTIVE SUMMARY This LiDAR project covered approximately
More informationTerrestrial GPS setup Fundamentals of Airborne LiDAR Systems, Collection and Calibration. JAMIE YOUNG Senior Manager LiDAR Solutions
Terrestrial GPS setup Fundamentals of Airborne LiDAR Systems, Collection and Calibration JAMIE YOUNG Senior Manager LiDAR Solutions Topics Terrestrial GPS reference Planning and Collection Considerations
More informationPLATTE RIVER RECOVERY IMPLEMENTATION PROGRAM REQUEST FOR PROPOSALS
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 PLATTE RIVER RECOVERY IMPLEMENTATION PROGRAM REQUEST FOR PROPOSALS SUBJECT: 2016-2019
More informationCOMPUTING SOLAR ENERGY POTENTIAL OF URBAN AREAS USING AIRBORNE LIDAR AND ORTHOIMAGERY
COMPUTING SOLAR ENERGY POTENTIAL OF URBAN AREAS USING AIRBORNE LIDAR AND ORTHOIMAGERY Ryan Hippenstiel The Pennsylvania State University John A. Dutton e-education Institute 2217 Earth & Engineering Sciences
More informationMobile LiDAR for Ground Applications. Spar 2006, March Paul Mrstik, Terrapoint Canada Inc. Craig Glennie, Terrapoint USA LLC
Mobile LiDAR for Ground Applications Spar 2006, March 27 2006 Paul Mrstik, Terrapoint Canada Inc. Craig Glennie, Terrapoint USA LLC Agenda Introduction to Terrapoint What is mobile LiDAR? Advantages of
More information