ASPRS/MAPPS San Antonio Nov 17-2009 © 2009 M7 Visual Intelligence 1 Iris One Armando Guevara President & CEO

Slides:

Advertisements

Similar presentations

LiDAR Introduction.

Advertisements

© Visual Intelligence Proprietary – Public Release Visual Intelligence TM, Iris One, iOne, Isis Earth, Isis Sky, ARCA TM, CoCo and DigitalFilm are some.

ALTM Orion Multi-Station Sensor Mount Features/Benefits Kinematic mounting system Rapid removal and re-installation of cameras without affecting boresight.

Geometry of Aerial Photographs

Application of LiDAR Technology for GCP Determination in Papua Topographic Mapping Scale 1: Wildan Firdaus

Ultra-Fast Mapping: Why? When?

Wehrli/Geosystem

5 cm GSD, 1600 ft AGL, 60 mm VIS lens, Japan

Photogrammetry Cont.. Stereoscopic Parallax F The apparent displacement of the position of an object wrt a frame of reference due to a shift in the point.

VisionMap A3 Quasi-Panoramic Model Implementation in Photomod 5.0

Resurs-P. Capabilities. Standard products. A. Peshkun The 14 th International Scientific and Technical Conference “From imagery to map: digital photogrammetric.

IMAGE Semi-automatic 3D building extraction in dense urban areas using digital surface models Dr. Philippe Simard President SimActive Inc.

S.Kadnichanskiy Digital oblique images and their application. The possibility of aerial survey system A3 in taking oblique aerial photography.

Why Digital Cameras are Claimed to be Superior to Film Cameras

A new Network Concept for transporting and storing digital video…………

Life Dimensional 3D ™. Background t David Bailey, CEO (Founder of IOMEGA) t Robert Vashisth, CTO (CO-Founder of ISI) t Stan Coleby, V.P. of Engineering.

Digital Camera Essential Elements Part 1 Sept

Transition to Digital Acquisition Presented to USDA Imagery Planning Meeting 12/04/08 By: Alistair Stuart.

Konica Minolta VIVID D non-contact digitizing instrument By Afshan Hina.

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.

VIIth International Scientific and Technical Conference From Imagery to Map: Digital Photogrammetric Technologies ADS40 imagery processing using PHOTOMOD:

Line scanners Chapter 6. Frame capture systems collect an image of a scene of one instant in time The scanner records a narrow swath perpendicular to.

Geospatial World Forum Jan 19-21, Future of Photogrammetry Rolta’s Vision.

History of Digital Camera By : Dontanisha Williams P2.

Achieving True Color Fidelity

Digital cameras data processing in PHOTOMOD Andrej Sechin, Petr Titarov Becici, 20 September 2006.

AxxonSoft Company Profile Products overview References.

SE-IR Corporation 11/04 Goleta, CA (805) CamIRa TM SE-IR Corporation 87 Santa Felicia Dr. Goleta, CA (805)

Geospatial Data Accuracy: Metrics and Assessment Qassim A. Abdullah, Ph.D. Fugro EarthData, Inc. PDAD Special Session 39 : Sensor Calibration.

Planning for airborne LIDAR survey Dr.Lamyaa Gamal El-deen.

11 th Annual Z/I Camera Conference February 2007 Post Hurricane Katrina & Rita 6-inch DMC Digital Orthophotography.

Zereik E., Biggio A., Merlo A. and Casalino G. EUCASS 2011 – 4-8 July, St. Petersburg, Russia.

Airborne LIDAR mapping tools, technology, trends, outlook ASPRS Annual Conference – PDAD Airborne LIDAR Mapping Technology Panel April 30, 2008 Please.

Enabling Technologies for the Mass Storage Industry Dr

Imagery for the Nation and the changing landscape Remote sensing systems overview Geo-spatial requirements for GIS Technology advancements in sensing systems.

ARSF Data Processing Consequences of the Airborne Processing Library Mark Warren Plymouth Marine Laboratory, Plymouth, UK RSPSoc 2012 – Greenwich, London.

Security Solution Supervision & Control System C System S.r.l. Via Ivrea, STRAMBINO (TO) Italy Tel. (039) (0125) – Fax (039) (0125)

1 U.S. Department of the Interior U.S. Geological Survey National Center for EROS Remote Sensing Technologies Group Digital Aerial Imaging Systems: Current.

Best Practices for Managing Aerial and UAS Frame Imagery

ASPRS 2012 – Sacramento Julien Losseau.

1 GE Fanuc ©2008 GE Fanuc Intelligent Platforms All Rights Reserved Proficy* DataMart v1.0 Barry Lynch Product Manager GE Fanuc Software Puts the “E” in.

1 After completing this lesson, you will be able to: Identify the key differences between analog and digital technologies. Define digital camera terms,

San Andreas Fault Digital Sensor System ‘Phase I’ Assessment Ric Sanchez Katherine Kendrick Ken Hudnut v /21/04.

SAY CHEESE! The Digital Camera By Jean Waldrop ETEC 562 Spring 2004.

ASPRS Panel on Digital Sensor Calibration/Evaluation

Louay Eldada CEO & Co-founder – Quanergy Systems, Inc.

1. 2 Content: ► 1pc Magnus Fusion Aircraft Vantage ► 1pc - Notebook based workstation for camera control and video display and storage ► 1pc - Peripherals.

高精度高速度的三维测量技术. 3D stereo camera Stereo line scan camera 3D data and color image simultaneously 3D-PIXA.

12/12/20071 Digital Resource Acquisition John Mootz, APFO Charlotte Vanderbilt, APFO.

Digital Aerial Sensor Technology from a Manufacturer’s View

Multimedia Systems and Communication Research Multimedia Systems and Communication Research Department of Electrical and Computer Engineering Multimedia.

CREATION OF DIGITAL SURFACE MODELS USING RESURS-P STEREO PAIRS Alexey Peshkun Deputy Head of Department 15th International Scientific and Technical Conference.

Introduction to Avionics Mac Mollison. What I Want to Talk About l What do we mean by “avionics”? l What is the focus of this course?

RELIABLE AND PRECISE 3D COPY’S OF BUILDINGS AND SITES Contacts: Egidijus Zilinskas Tel.: Precise digital 3D copy.

Ron Roth, Product Manager Airborne Topographic LiDAR, Leica Geosystems

Creative Coding & the New Kinect

Mapping Technology Overview

ASPRS 2008 Airborne Digital Mapping Camera Systems: A Manufacturers’ Perspective Ruedi Wagner, ADS Product Manager Portland, 1st May 2008.

Sampling, Quantization, Color Models & Indexed Color

PC193 Portable Document Camera

Digital Image Formation

Introduction to Digital Photography

- THE GLOBE IN 3D Mayang-do, North Korea.

The JAS 150 Digital Airborne Scanner

ASPRS Primary Data Acquisition Division

Special Sensor CMU Camera 3

American Society for Photogrammetry and Remote Sensing Annual Meeting

ASPRS Primary Data Acquisition Division

The 3S system is adaptable to Multi-Aerial Platforms

PYTHON25K: CMOS Image Sensor, 26.2 MP, Global Shutter

Presentation transcript:

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 1 Iris One Armando Guevara President & CEO

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 2 Mission Fulfill the need in the industry for an economical, reliable, performing, truly modular and scalable digital airborne sensor. A multi purpose application sensor that uses and leverages the same base architecture. The foundation of Iris One.

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 3 Patented Arched Retinal Camera Array Architecture (“ARCA TM ”) A Paradigm Shift The ARCA TM of Iris Iris Digital Aerial Sensor LEGO®

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 4 ARCA single array + “smart”camera module(s) “Lego-base” plug and play. Aerial Docking Imaging Station TM

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 5 ARCA frame pixel capacity can range from [(11, 16, 39 to 50 Megapixels) x 5] x N (number of camera modules) Strip Mode - Ortho Rotated Mode - Stereo 11 MegaPixel Camera Module Frame (5) has 18,000+ pixels cross AGL sub-meter accuracy 19 cm GSD

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 6 ARCA Medium Frame Format Three color camera modules Single Iris ARCA array with 3 RGB camera modules. Medium frame format.

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 7 ARCA Large Frame Format Five color camera modules Single Iris ARCA array with 5 RGB camera modules. Using the same architecture escalated from medium frame format to large frame format.

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 8 Escalate ARCA array to enable hybrid functionality Therefore the foundation of the Iris system is the single ARCA array. Isis is the software that drives the integration and multi purpose use.

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 9 “Click” additional ARCA array to enable hybrid imaging options Different applications can be enabled by using multiple ARCA array(s) with different angles and/or orienting the ARCA linearly coincident or orthogonal to the flight path.

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 10 The ARCA dual array allows for other type spectra camera modules An ARCA array can be RGB, other NIR etc. By changing angles and/or form factor within a normalized ARCA other spectra sensor camera modules can be added.

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 11 ARCA dual array Multispectral Medium Format Example of an Iris ARCA with 3 RGB camera modules and 3 NIR. Medium format.

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 12 ARCA dual array Stereo-Oblique or Larger Frame Example of an Iris ARCA with 5 RGB camera modules and 5 NIR. Large frame format / multispectral.

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 13 Iris One Coco® with LiDAR CoCo TM - patent pending Comounting and Coregistering of sensors. LiDAR and large frame format sensor flown and executed in tandem.

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence 14 Iris One Conclusions - Iris One Sensor Architecture Film Enabled to use DigitalFilm.

ASPRS/MAPPS San Antonio Nov © 2009 M7 Visual Intelligence Bering Drive Suite 310 Houston - Texas USA TEL