NDC-GR/ENG/GEONDC-GR/ENG/GEO HiH:HiH:HHellenicellenic i institute of nstitute of HHolographyolography

www.ndc.gr www.hih.org.gr www.ndc.gr www.hih.org.gr

“Creating HOLOGRAPHIC PHOTOMAPS

from

SATELLITE IMAGES”

presented by:

Charalampos PARASCHOU, Lt Col (GRC-Army)

to:

DGI2012 Innovation Technology Focus Day

00

1515

3030

4545

1010

AGENDANDC-GR HQ / NRF 2012NDC-GR HQ / NRF 2012 Intro to HolographyIntro to HolographyOrganizing Geo DATA for Organizing Geo DATA for

Holographic MapHolographic Map

NATO Response Force (NRF)

A highly ready and technologically advanced multinational force made up of land, air, maritime and special forces components that the Alliance can deploy quickly to wherever it is needed.

It is comprised of three parts: a command and control element from the NATO Command Structure; the Immediate Response Force, a joint force of about 13 000 high-readiness troops provided by Allies; and a Response Forces Pool, which can supplement the Immediate Response Force

when necessary.

Any mission, anywherefor example: contributing to the preservation of teritorial integrity, making a demonstration of force, peace support operations, disaster relief, protection of critical infrastructure, security operations and, as part of a larger force, conducting initial entry operations

NRF 2012 component commands Allied Force Command (FC) Headquarters Heidelberg (Germany) NATO Deployable Corps Greece from Thessaloniki (Greece)NATO Deployable Corps Greece from Thessaloniki (Greece) Naval Striking and Support Forces NATO from Naples (Italy)Naval Striking and Support Forces NATO from Naples (Italy) Joint Force Air Component Headquarters from Kalkar (Germany)Joint Force Air Component Headquarters from Kalkar (Germany) Spanish Army Special Operations Command from Alicante (Spain)Spanish Army Special Operations Command from Alicante (Spain) HQ Joint Logistic Support Group (Germany)HQ Joint Logistic Support Group (Germany) Chemical Biological Radiological Nuclear Battalion (Czech Republic)Chemical Biological Radiological Nuclear Battalion (Czech Republic)TThe force will be he force will be mission mission tailored tailored (adjusted in size and capability) (adjusted in size and capability) to match the to match the demands of any demands of any specific operation to whichspecific operation to which

it is committed.it is committed.

We are here

NDC-GR

FUTURE

MISSIONS

2001 2002 IOC 2004 FOC 2006 2007 2008 2012

F O C

NEW TARGETS

CAPABILITIES

FUTURE

MISSIONS

CREVALCREVAL

F O CF O C

NDC-GR HQs HistoryNDC-GR HQs History

GIS workstations GIS workstations 60” Scanner 60” Scanner 42” Color Plotter 42” Color Plotter 60” Color Plotter 60” Color Plotter A3 Color Laser Jet A3 Color Laser Jet

Printer Printer Geo ServerGeo Server

HARDWARE 3D Studio MAX??? Arc GIS 10Arc GIS 10 ArcGIS ServerArcGIS Server Erdas Imagine 10Erdas Imagine 10 Photoshop CS2Photoshop CS2 CorelDraw10CorelDraw10

SOFTWARE

EQUIPMENT of GEO SECTION

GEOSPATIAL SUPPORT ROUTINE

Display of Display of geospatial geospatial informationinformation and other and other associated datasetsassociated datasets Analysis & InterpretationAnalysis & Interpretation VisualizationVisualization Staff PlanningStaff Planning

HOLOGRAPHY is a technique by which the image of a three dimensional

object is recorded on film so that upon reconstruction, or playback, the constructed image of the object is three dimensional.

“HOLOGRAM” comes from the Greek words:

“holos” = "whole," + “gram” = "writing“ Each portion of the hologram stores an encoded message

about the whole object

D. Gabor-1947

Y. Denisyuk-1962

.

.

.

.

.

.

.

.

.

.

. . . . . . . . ????

Real Image

Principle of Holography

Reference Beam

Virtual Image

x

z

Hologram

0

RecordingReference Beam

Reconstruction

y

x

z

Hologram

0

ObjectI =|R+O|2 = R2 + O2 +2ROsin()

R

O

O

I =(R+O)(R+O)* = R2 + O2 + R*O+RO*

O*T ~ R2 + O2 + R*O+RO*

Usually R= exp(-it) T ~ 1 + O2 + O + O*

HOLOGRAPHIC MAP The Workflow

1. Acquire DEM data and Satellite image of an area (Same pixel size or resampling to the same pix size)

2. Co-register them with accuracy LTH 1 pixel! 3. Import DEM and Satellite image into a 3D editor ( 3dsMax,

Maya etc.). 4. Create a 3d terrain using the DEM data in the 3d editor. 5. Overlay the satellite image on top of the 3d terrain 6. Overlay in various layers other important data (These layers are stacked vertically on different heights relative to

the mapped area). 7. Create a virtual camera and set correct properties. 8. Animate the camera relative to the 3d scene and set number

perspective views to render. 9. Render the views 10. Input the perspective views of step 9 to the digital

holographic printer. 11. Print the final hologram.

The Digital HoloPrinter

PATENTPATENT

InternationalInternational

PublicationPublication

Number: Number:

…………………………………………

28 JUNE 200628 JUNE 2006

TERRAIN GENERATION

SATELLITE IMAGE OVERLAYED

FINAL SETUP OF LAYERS

FINAL SETUP OF LAYERS

Test site area had been chosen the EVROS River, borderline btween GRC – TRK

(The flag of NRF transferred on Jan 12, 2012from the 3rd TU Army Corps / NRDC-TU to the 3rd GR Army

Corps / NDC-GR )

FINAL SETUP OF LAYERS

VIRTUAL CAMERA

HOLO MAP

NEXT STEPS

1.To project real time data over the holographic map.

2. Develope a real time multiview autostereoscopic system .

Next proposed application:

Embedded SW for Application processing

HW optionsHW options SW optionsSW options

Fixed or mobile antenna

Transportable / Mobile

configuration

Access to Higher Level products

eg. USAF EagleVision-1 includes COSMO-SkyMed system

Near-real time

Next Holo Project for NDC-GR: The World of Alexander the Great

LtC (GRC A) PARASCHOU Charalampos (Babis)NATO Deployable Corps - GR HQ / Chief Geo paraschouc@flr.stat.nato.int, chvparas@yahoo.com,

f/b: Charalampos Paraschou, twitter: @chvparas tel: 0030 2310 882690, mob 0030 694 4141929

Thank you for your Thank you for your attentionattention