VELVET The High Contrast Simulation Projector

Similar documents
BENEFITS OF USING A VERY HIGH CONTRAST VisIR PROJECTOR for NIGHT VISION TRAINING

Velvet Highest possible Projection Quality. ZEISS VELVET 1600 Sim Digital Video Projector. Issue:

High-performance projector optical edge-blending solutions

About 3D perception. Experience & Innovation: Powered by People

Images and Displays. Lecture Steve Marschner 1

About 3D perception. Experience & Innovation: Powered by People

DLA-RS20 Full HD D-ILA Front Projector

The Importance of Wavelengths on Optical Designs

The ultimate in 4K laser projection

ECC419 IMAGE PROCESSING

Fulldome Projection. ZEISS VELVET 1600 Digital Video Projector for Planetariums

Images. CS 4620 Lecture Kavita Bala w/ prior instructor Steve Marschner. Cornell CS4620 Fall 2015 Lecture 38

Rear-projected dome display Welcome to the real world

White Paper: Convergence & Lateral Chromatic Aberration

G-700 multiple Channel 4K Curve Edge Blending Processor

An Indian Journal FULL PAPER. Trade Science Inc. Parameters design of optical system in transmitive star simulator ABSTRACT KEYWORDS

SIM University Projector Specifications. Stuart Nicholson System Architect. May 9, 2012

Speed and Image Brightness uniformity of telecentric lenses

Optoliner NV. Calibration Standard for Sighting & Imaging Devices West San Bernardino Road West Covina, California 91790

APPLICATIONS FOR TELECENTRIC LIGHTING

Images and Displays. CS4620 Lecture 15

the RAW FILE CONVERTER EX powered by SILKYPIX

Optical basics for machine vision systems. Lars Fermum Chief instructor STEMMER IMAGING GmbH

FULL RESOLUTION 2K DIGITAL PROJECTION - by EDCF CEO Dave Monk

Color Reproduction. Chapter 6

Design of Temporally Dithered Codes for Increased Depth of Field in Structured Light Systems

About 3D perception. Innovation & Experience Powered by People

BEAM SHAPING OPTICS TO IMPROVE HOLOGRAPHIC AND INTERFEROMETRIC NANOMANUFACTURING TECHNIQUES Paper N405 ABSTRACT

(12) Patent Application Publication (10) Pub. No.: US 2003/ A1. Penn et al. (43) Pub. Date: Aug. 7, 2003

ECEN 4606, UNDERGRADUATE OPTICS LAB

Some of the important topics needed to be addressed in a successful lens design project (R.R. Shannon: The Art and Science of Optical Design)

Commercial Relevance of Freeform Optics. Mario Ledig Vice President Technology

ptical Short Course International

Optical design of a high resolution vision lens

Guide to SPEX Optical Spectrometer

Stereomicroscopy. KL1500 LCD and KL 2500 LCD Cold Light Sources. Light Sources for Illumination and Contrasting. Microscopy from Carl Zeiss

Optical System Image Irradiance Simulations

ptical Short Course International

Breaking Down The Cosine Fourth Power Law

DCP D Cinema Projectors. Lens configurations

Optical Components for Laser Applications. Günter Toesko - Laserseminar BLZ im Dezember

Optical design of a micro DLP projection system based on LEDs and an innovative light pipe

Low aberration monolithic diffraction gratings for high performance optical spectrometers

PICO MASTER 200. UV direct laser writer for maskless lithography

Testing Aspheric Lenses: New Approaches

Product Reference Guide

CS148: Introduction to Computer Graphics and Imaging. Displays. Topics. Spatial resolution Temporal resolution Tone mapping. Display technologies

Potential benefits of freeform optics for the ELT instruments. J. Kosmalski

OPTIV CLASSIC 321 GL TECHNICAL DATA

MITSUBISHI DLP TM PROJECTOR HOME THEATER PROJECTION SYSTEM COMING SOON

Advanced Simulation Displays. High-Performance Displays for the Most Demanding Training Applications

Lumenis Array LaserLink Pattern Scanning Laser Technology RETINA

Optical Design. Instrument concept Foreoptics and slit viewer Spectrograph Alignment plan 3/29/13

INTEGRATED OPTICAL PROBES

German Photonics Industry - Products & Innovations SPIE Photonics West Exhibition, 5-7 February 2013

Paper Synopsis. Xiaoyin Zhu Nov 5, 2012 OPTI 521

SHOOTING FOR HIGH DYNAMIC RANGE IMAGES DAVID STUMP ASC

Color uniformity in spotlights optimized with reflectors and TIR lenses

About 3D perception. Innovation & Experience Powered by People

1 Introduction Installation... 4

LSST All-Sky IR Camera Cloud Monitoring Test Results

Photolithography II ( Part 2 )

MicroSpot FOCUSING OBJECTIVES

Christie Mystique Install: Comparing features by edition

Illumination of Linear Variable Filters with a laser beam

Definiti Fulldome Projection Systems

Light guide with internal mirror array for LCD backlight

Be aware that there is no universal notation for the various quantities.

Very short introduction to light microscopy and digital imaging

Electroluminescent Lighting Applications

Overview. Pinhole camera model Projective geometry Vanishing points and lines Projection matrix Cameras with Lenses Color Digital image

Microscope anatomy, image formation and resolution

EC-433 Digital Image Processing

EXPRIMENT 3 COUPLING FIBERS TO SEMICONDUCTOR SOURCES

NIRCam optical calibration sources

MML-High Resolution 5M Series

Programmable array microscopy with a ferroelectric liquid-crystal spatial light modulator

TECHNICAL DATA. OPTIV CLASSIC 322 Version 3/2013

Digital focusing schlieren imaging Benjamin D. Buckner* a, James D. Trolinger b, and Drew L'Esperance a

Optics for the 90 GHz GBT array

Compact Dual Field-of-View Telescope for Small Satellite Payloads

Ron Liu OPTI521-Introductory Optomechanical Engineering December 7, 2009

Chapter 7. Optical Measurement and Interferometry

Snapshot Mask-less fabrication of embedded monolithic SU-8 microstructures with arbitrary topologies

UP-D74XRD. DICOM Digital Imager.

Consumer digital CCD cameras

Considerations of HDR Program Origination

Dynamic Phase-Shifting Electronic Speckle Pattern Interferometer

UV-Setter Series 7. UV-Setter UV-Setter UV-Setter UV-Setter UV-Setter UV-Setter UV-Setter. 731e

Figure 3.4 Approximate size of various types of cells. ~10 um. Red Blood Cells = mm 1500 um. Width of penny Pearson Education, Inc.

IMAGE SENSOR SOLUTIONS. KAC-96-1/5" Lens Kit. KODAK KAC-96-1/5" Lens Kit. for use with the KODAK CMOS Image Sensors. November 2004 Revision 2

Big League Cryogenics and Vacuum The LHC at CERN

TESTING VISUAL TELESCOPIC DEVICES

Practical Image and Video Processing Using MATLAB

Displays and immersion. Paul Bourke The University of Western Australia

Design of illumination system in ring field capsule endoscope

Pinch-the-Sky Dome: Freehand Multi-Point Interactions with Immersive Omni-Directional Data

Imaging Optics Fundamentals

Lens Design II. Lecture 11: Further topics Herbert Gross. Winter term

The professional WolfVision Visualizer technology:

Transcription:

VELVET The High Contrast Simulation Projector June 1 st, 2016 FMPT Conference Berlin Air Show Sven Ziebart, Axel Krause

Content Gamma curve and contrast of a projector 1 Optical properties of 2 Digital Micromirror Devices (DMD) 3 The principle of double modulation 4 5 6 Properties of the VELVET Projector 7 8

Gamma curve reproduction and the contrast of a projector 1 0.9 0.8 0.7 0.6 s ity n0.5 te In 0.4 0.3 0.2 0.1 0 Intensity versus Gray value 0 50 100 150 200 250 300 Gray value Intensity Projector Contrast 2000 : 1 Projector Contrast 10000 : 1 Linear scale Gamma curve for γ = 2.2 (standard value in simulation industry)

Gamma curve reproduction and the contrast of a projector 1.E+00 Intensity versus Gray value 1.E-01 s ity n te In 1.E-02 1.E-03 1.E-04 1.E-05 1.E-06 1.E-07 0.1 1 10 100 Gray value Intensity Projector Contrast 2000 : 1 Projector Contrast 10000 : 1 Logarithmic scale Correct represantation of lowest gray levels requires a high contrast projector

Function principle of a DMD based projector dlp.ti.com DMD - Digital Micromirror Device (Texas Instruments)

DMD Digital Micromirror Device 12 12 Illustration of 2 landed mirrors Top down view of landed mirrors 0.9 WQXGA DMD Pixel size 7.56 µm dlp.ti.com

Ray bundles of a DMD dlp.ti.com

Contrast reduction by stray light DMD Illumination On Illumination of the complete DMD area Lens On state energy

Principle of double modulation Illumination DMD Imaging DMD Illumination Lens On state energy

Double modulation for DMD the Zeiss-Solution Relay system has only two optical active surfaces Includes a freeform surface No color aberration Image of a point < DMD Pixel Distortion < DMD Pixel

Velvet Gamma curve reproduction 1.E+00 Velvet - Intensity versus Grayscale 1.E-01 s ity n te In 1.E-02 1.E-03 1.E-04 1.E-05 1.E-06 1.E-07 0.1 1 10 100 Gray value Intensity True 10 bit resolution gamma curve reproduction allows pure electronic blending in dome application

Projection Lenses for Simulation Applications For WQXGA resolution (7.56 µm pixel size) Lateral color aberration < ½ Pixel

Color wheel Diameter 65 mm Segments 6 RGBRGB (Red Green Blue Red Green Blue) Speed 120 Hz (2subframes / frame) Motor Air bearing brushless DC motor Life time 300000 Start Stop cycles

Velvet specification DMD native resolution 2560 x 1600 Contrast Full on / off 2 500 000 :1 Light flux 1500 lm (Dual lamp system)

Advantages and Benefits: Very High Contrast: 1: 2,500,000 Full immersion Absolutly black picture background (black is black) Realistic night vision presentation

Advantages and Benefits: Accurate Gray Scale Performance Night vision training Attention to detail reproduction Faithfulness to the lowest gray level

Velvet Simulation Installations Application System type Number of channels Eurofighter (Germany) Full Mission Simulator Cockpit Trainer Transall / C-160 Collimator 5 120 Tornado (Germany, US location) Full Mission Simulator 30

Velvet development activities Night vision capability (IR channel) LED illumination Laser phosphor illumination

Key Advantages of Velvet Projector Highest contrast 1: 2,500,000 Optimal gray level gradation Stable brightness and color uniformity Upgrade to IR possible Modular design makes service easy No use of optical blending masks 10 bit internal blending solution for artefact free blending

Velvet Demonstration We invite you to visit the Velvet demonstration.