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Galileo R&D projects in Israel
Galileo R&D projects in Israel
The projects’ framework
The projects’ framework
iGalileo – R&D areas
iGalileo – R&D areas
iGalileo – Partners
iGalileo – Partners
RubiGal - R&D areas
RubiGal - R&D areas
RubiGal members
RubiGal members
PERLOC – a SAR/Galileo application
PERLOC – a SAR/Galileo application
PERLOC – members
PERLOC – members
MONGIROS: R&D area
MONGIROS: R&D area
MONGIROS – Member & interest area
MONGIROS – Member & interest area
ASTRAM – R&D activity
ASTRAM – R&D activity
ASTRAM - member & Interest
ASTRAM - member & Interest
EWA
EWA
Thank you
Thank you

Презентация: «Galileo RD projects in Israel». Автор: Effi Bergida. Файл: «Galileo RD projects in Israel.ppt». Размер zip-архива: 229 КБ.

Galileo RD projects in Israel

содержание презентации «Galileo RD projects in Israel.ppt»
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1 Galileo R&D projects in Israel

Galileo R&D projects in Israel

By: Effi Bergida

1

2 The projects’ framework

The projects’ framework

The EU - State of Israel

GSA - Matimop

Receiver technology & Applications call

Galileo R&D projects in Israel

Agreement

Agreement

2

3 iGalileo – R&D areas

iGalileo – R&D areas

Receivers High Dynamics GNSS Receiver 1 Sec , -140 dBm search -160 dBm track Attitude Determination GNSS Receiver Better than 1 mili-radian accuracy Indoor GNSS receiver Pseudolites for multiple systems Simulator (start with GPS) Up to 16 simultaneously simulated satellites Dynamic range between satellites up to 25dB Up to 64 simulated multi-paths RF signal level control -125dBm to -160dBm VSAT automatic orientation system

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4 iGalileo – Partners

iGalileo – Partners

Galileo Satellite Navigation (coordinator) The Technion University in Haifa Gilat Satellite Networks AXYSystem and Motion Solutions Arcnet Ltd. MAPI – Israel’s National Agency for Mapping and Geographic Information

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5 RubiGal - R&D areas

RubiGal - R&D areas

The Technology / Application Using both Galileo and GPS receivers to discipline the Rubidium clock. The low power consumption is achieved by using a low power CPT Rubidium Frequency Standard. Key features: Power consumption: <600mW (using the low power CPT clock). Time accuracy: 1-10nSec. Weight: <200g. Mechanical dimensions: ~200cc.

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6 RubiGal members

RubiGal members

AccuBeat Ltd (coordinator) Developing the RubiGal hardware, algorithm and the low power CPT Frequency Standard. The Technion and Bar Ilan Universities Developing technologies for a low power CPT clock.

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7 PERLOC – a SAR/Galileo application

PERLOC – a SAR/Galileo application

Project mission Personal Locator Beacon (PLB) Transmitting to Satellites Wrist watch size / Low cost The Technology High Power/Efficient /Miniature UHF Transmitter Low Profile Antenna Smart battery Control Low False Alarm Rate Application Emergency Beacon for Outdoor Activities: Sailing, Skiing, Hiking, Travelling, etc.

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8 PERLOC – members

PERLOC – members

Members Mobit (coordinator) Wireless Avionics Galileo 2nd call interest Activity/Area 7.4.1.8 Search and rescue applications Topics called GALILEO.2008.1.8.1 SAR Service

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9 MONGIROS: R&D area

MONGIROS: R&D area

Project mission Prevent accidental roaming when approaching country border (don’t become a roamer in your home network area) Use Galileo location capabilities in mobile device The Technology / Application Use Galileo mobile client and Google Map server to determine exact location with respect to country border Use SIM application to move user from roaming network back to home network Combine with Next Generation Network (NGN) architecture (IMS)

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10 MONGIROS – Member & interest area

MONGIROS – Member & interest area

Starhome Ltd FP7 2nd call areas of interest 7.4.1.1 Mass Market Applications: Innovative applications targeted to SMEs GNSS-based Mobile LBS applications with high public utility such as tourism and travel information 7.4.1.7 New and Innovative Applications LBS applications for mobile

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11 ASTRAM – R&D activity

ASTRAM – R&D activity

Mission: leveraging the real-time knowledge of indoor location (indoor navigation capabilities) in order to create new value and new capabilities for mobile workforces. The Technology / Application Scheduling and work management for mobile field forces Leveraging indoor positioning technologies (three-dimensional location)

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12 ASTRAM - member & Interest

ASTRAM - member & Interest

ClickSoftware Technologies Inc. Interest in the 2nd FP7 Call: 7.4.1.2 Professional applications: Specifically mobile workforce management, e.g. in the Utilities market 7.4.1.7 New and innovative applications and services: Use of indoor location for innovative processes in mobile workforce management in SMEs as well as large enterprises

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13 EWA

EWA

Project mission To develop an embedded Galileo/GPS flat Antenna for the front window glass of cars. The technology integrating high dielectric ceramic technologies Size 35x35x0.65 mm Member OriginGPS

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14 Thank you

Thank you

For further information please contact: Effi Bergida effi@efficom.co.il

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