UNCLASSIFIED Accelerated Feature Extraction Specialists.

Slides:



Advertisements
Similar presentations
Kansas LiDAR Data Acquisition. Established by the GIS Policy Board in 1991 Central repository of GIS databases of statewide/regional importance Designated.
Advertisements

Geographic tools and resources
Geographic Information Systems “GIS”
IMAGE Semi-automatic 3D building extraction in dense urban areas using digital surface models Dr. Philippe Simard President SimActive Inc.
Open Source Tools for Treatment of Lidar Derived Terrain Models By Marty Earwood GEOG 596A - Capstone Project Penn State University Graduate Student September.
TERRESTRIAL LASER SCANNING (TLS): APPLICATIONS TO ARCHITECTURAL AND LANDSCAPE HERITAGE PRESERVATION – PART 1.
Geospatial Technologies Used in Land Administration Kevin Daugherty Land Administration Solutions Manager Geospatial World Forum Rotterdam, Netherlands.
Esri UC 2014 | Technical Workshop | ArcGIS 3D Analyst - Lidar Applications Clayton Crawford.
ESRI Software ArcGIS –ArcMap –ArcEdit –ArcInfo –ArcView.
WFM 6202: Remote Sensing and GIS in Water Management © Dr. Akm Saiful IslamDr. Akm Saiful Islam WFM 6202: Remote Sensing and GIS in Water Management Akm.
Experience of application of modern GIS-technologies for environmental monitoring tasks Prof., Dr. Cheremisina Evgenia, Dr.Lyubimova Anna.
Brian S. Keiling Program Head – Forest Management Dabney S.Lancaster Community College.
Introducing ArcGIS Desktop
Geospatial World Forum Jan 19-21, Future of Photogrammetry Rolta’s Vision.
IS 466 ADVANCED TOPICS IN INFORMATION SYSTEMS LECTURER : NOUF ALMUJALLY 20 – 11 – 2011 College Of Computer Science and Information, Information Systems.
InSAR Data and GeoServer IU QuakeSim Team October 26, 2011.
Geographic Information Systems and Science SECOND EDITION Paul A. Longley, Michael F. Goodchild, David J. Maguire, David W. Rhind © 2005 John Wiley and.
GIS Overview. What is GIS? GIS is an information system that allows for capture, storage, retrieval, analysis and display of spatial data.
GIS DATA STRUCTURES There are two fundamental approaches to the representation of the spatial component of geographic information: Vector Model Raster.
GIS 200 Introduction to GIS Buildings. Poly Streams, Line Wells, Point Roads, Line Zoning,Poly MAP SHEETS.
So What is GIS??? “A collection of computer hardware, software and procedures that are used to organize, manage, analyze and display.
1 Geographic Information Systems (GIS) Fundamentals for Program Managers.
Airborne LIDAR The Technology Slides adapted from a talk given by Mike Renslow - Spencer B. Gross, Inc. Frank L.Scarpace Professor Environmental Remote.
19 th Advanced Summer School in Regional Science Overview and more advanced directions with ArcGIS.
(INMEIN; HUSK/1101/1.2.1/0141) Scientific seminar, Starý Smokovec 24TH APRIL 2014 ĽUBOŠ HALVOŇ.
An Introduction to Lidar Mark E. Meade, PE, PLS, CP Photo Science, Inc.
9. GIS Data Collection.
IGIC - Indiana GIS LiDAR Applications for Surveyors 4. LiDAR Software Resources.
Esri International User Conference | San Diego, CA Technical Workshops | Lidar Solutions in ArcGIS Clayton Crawford July 2011.
GIS Library Services What is GIS? GIS stands for Geographic Information Systems and is a set of tools that integrates hardware, software and data to capture,
UNDERSTANDING LIDAR LIGHT DETECTION AND RANGING LIDAR is a remote sensing technique that can measure the distance to objects on and above the ground surface.
Intro. To GIS Lecture 4 Data: data storage, creation & editing
Welcome to Mapping Tom Sellsted – City of Yakima, Washington Vladimir Strinski – Hitech Systems.
© Copyright 2005 Synthosys Synthosys 1 Federal Street L3 Ops Communications Bldg - ACIN Camden, NJ Contact: Linda Yu, President CEO (610)
Workshop on Census Cartography and Management, Bangkok, Thailand, 15–19 October 2007 Software Options for Operational GIS in Professional Environments.
Geographic Information System (GIS).
By: GeoTrek. Hunter Krenek: Remote Sensing analyst & GIS analyst Joe Dowling: Assistant Project Manager & GIS analyst Peter Vogt: Website Designer & GIS.
David Webb- VWCC. LIDAR, LiDAR, LIDaR, lidar and LADAR(laser altimetry). Light detection and ranging Laser Imaging, Detection and Ranging Combining the.
Automated H&H and Advanced Terrain Processing
Lidar and GIS Applications and Examples
9. Introduction to ArcObjects Most GIS analysis carried out within a GIS consists of a labor- intensive sequence of steps. Automating a GIS makes it possible.
material assembled from the web pages at
Welcome to DEP’s GIS Workshop Series Workshop 3 Introduction to ArcGIS Desktop 1.
Major parts of ArcGIS ArcView -Basic mapping, editing and Analysis tools ArcEditor -all of ArcView plus Adds ability to deal with topological and network.
Introduction to ArcView NPS Introduction to GIS: Lecture 2 Based on NINC, ESRI and Other Sources.
Advanced Data Interoperability: LiDAR, 3D, and BIM Bruce Harold & Dale Lutz.
GIS On The Web: An Overview of ArcIMS. *The easy flow of geographic data can offer real-life solutions in many societal sectors, including municipal government,
.LAS files (Log ASCII Standard) Not useable directly in ArcGIS A single X-Y position can have multiple Z values Must be converted to MultiPoint file.
2012 KYTC Transportation-GIS Conference Kentucky Transportation Cabinet Office Building 200 Mero St., Frankfort, KY Thursday March 29, 2012 Pavement.
Innovative Image Processing Solutions from OVERWATCH GeoOps April, ASPRS LIDAR PANEL.
LiDAR Contour Options Randy Mayden, VP Business Development
Terra Remote Sensing. Terra Remote Sensing Inc. is an internationally based Canadian remote sensing company with a background of 40.
Sensor Placement Application and Snowpack Distribution Model from LiDAR Data Zeshi Zheng Graduate Students Systems Engineering UC Berkeley.
Workshop on International Standards, Contemporary Technologies and Regional Cooperation, Noumea, New Caledonia, 04–08 February 2008 Software Options for.
AGI Integrating Geospatial Data with STK Sean Boyer.
Definition: What is data? Data is anything in the form of 1.Charts 2.Tables 3.Text 4.Maps 5.Photos 6.Imageries, etc.
Remote Sensing and Urban Disaster Management Jie Chang Laurence Clinton 11/02/2006.
Management and Use of LiDAR-Derived Information Elizabeth Cook USDA-NRCS Columbia, MO.
Towards Unifying Vector and Raster Data Models for Hybrid Spatial Regions Philip Dougherty.
Citation: Moskal, L. M., D. M. Styers, J. Richardson and M. Halabisky, Seattle Hyperspatial Land use/land cover (LULC) from LiDAR and Near Infrared.
Contour Mapping from LiDAR Presented by: Dave Bullington Surdex Corporation St. Louis, MO
Field Drainage Technology LiDAR John Nowatzki Extension Ag Machine Systems Specialist.
Field Drainage Technology LiDAR John Nowatzki Extension Ag Machine Systems Specialist.
Indiana GIS LiDAR Applications
Lidar and GIS: Applications and Examples
Factsheet # 23 Study Area Methods
Using LiDAR Data within Smallworld
Infrastructure Identification near Island Park Reservoir, Idaho
What's New in eCognition 9
Presentation transcript:

UNCLASSIFIED Accelerated Feature Extraction Specialists

OVERWATCH™ Textron Systems PROPRIETARY INFORMATION VLS Now Part of Overwatch US Operations Textron Defense Systems Wilmington, MA Location:Missoula, MT Employees25 ProductsFeature Analyst LIDAR Analyst Key CompetenciesFeature Extraction LIDAR Processing Machine Learning Montana Operations- VLS Location:Austin, TX Employees300 Major ProgramsASAS-LT, FCS ProductsAxis Pro Scout Medina Wireless Key CompetenciesMulti-INT SW Solutions Tactical Operations- Austin Information Systems Location:Sterling, VA Employees50 ProductsRemoteView Urban Analyst InterSCOPE Key CompetenciesImage Processing Photogrammetry Image Exploitation 3D Exploitation GIS Sterling Operations- IT Spatial And Sensor Systems Location:Woburn, MA Employees10 ProductsELT Series Key CompetenciesImage Processing Image Exploitation Boston Operations-Paragon $100M in Revenue 375 Employees Cleared Personnel Classified Processing Facilities TEXTRON SYSTEMS

OVERWATCH™ Textron Systems PROPRIETARY INFORMATION LIDAR and the state of A.F.E  Until recently: Large scale bare- earth models could be only created from stereo imagery.  Low resolution and needed a lot of user interaction.  LIDAR: Possible to extract high resolution bare-earth DEM as well as 3D features accurately and quickly.

OVERWATCH™ Textron Systems PROPRIETARY INFORMATION Squeezing the most out of LIDAR  Bottlenecks during generation of high quality feature databases from LIDAR:  Registration, extraction and attribution – all of which are labor intensive and time consuming  Lack of tools for extraction and attribution  User is expected to have a great deal of knowledge about their data as well as LIDAR technology  Need for a tool that can automatically extract features from the LIDAR data and attribute it accurately and quickly  LIDAR Analyst bridges these gaps! Eliminate production bottlenecks!

OVERWATCH™ Textron Systems PROPRIETARY INFORMATION Lidar Analyst 4.2  LIDAR Analyst is a 3D extraction solution for collecting features and generating raster and vector data from airborne LIDAR.  Simplifies the process of extracting bare earth, buildings, and trees/forests features.  Provides tools for advanced modification and analysis  Supporting - Defense - Academia - Environmental Organizations - GIS related industries

OVERWATCH™ Textron Systems PROPRIETARY INFORMATION Key Features  Ability to work with Point Clouds, ASCII, Shapefiles, and DEM Raster Data.  Ability to convert ASCII/ Text and Shapefiles to.LAS format  Ability to quickly generate and modify DEM’s (bare- earth)  Process data in a variety of map units  Ability to collect buildings, trees and forest  Classify LAS data  Generate variety of analysis layers  Extract multi-component and complex building features  Advanced building edit tools  Plugin for ArcGIS or ERDAS Imagine software and soon Remote View

OVERWATCH™ Textron Systems PROPRIETARY INFORMATION LiDAR Data Specifications Requirements  1 meter postings  Data should be clean with no noise  Unfiltered, containing all returns, ground, buildings and trees  Point Clouds in.LAS format or ASCII w/ attributes  Last return is required- First and Last Return allows better accuracy

OVERWATCH™ Textron Systems PROPRIETARY INFORMATION Extraction speed

OVERWATCH™ Textron Systems PROPRIETARY INFORMATION LA and UA are Extending GIS

OVERWATCH™ Textron Systems PROPRIETARY INFORMATION Analyze  Measurement tool suite  Line-of-Sight Tool Suite  Blast Radius Tool  GIS Query Integration  Basic Routing/Path Tools  Sensor Placement  Manage Assets and Resources  Interfaces to existing analytical models such as: –HAZUS MH (multi-hazard) –HPAC (Dispersion) –CPST (RF Propagation) –AXIS (HUMINT)

OVERWATCH™ Textron Systems PROPRIETARY INFORMATION For more information please contact: Stop by booth 310 for more information Sales Free trial software is available at Contact Overwatch