Programme
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HAPS4ESA 2019 Preliminary Programme | |||||
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Status: 20 December 2018, Version 1.2 | |||||
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Day 1: Tuesday, 12 February 2019 (09:30-18:00) | |||||
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9:30 |
- |
9:40 |
Welcome |
Pierluigi Silvestrin |
ESA |
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9:40 |
- |
9:50 |
Aim of the HAPS4ESA Workshop |
Malcolm Davidson |
ESA |
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9:50 |
- |
10:00 |
Logistics |
Thorsten Fehr |
ESA |
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10:00 |
- |
10:20 |
Keynote |
Peter Breger |
EC |
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Platforms and Supporting Technologies, Chair: TBC | |||||
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10:20 |
- |
10:40 |
Airbus Zephyr – Long Duration Stratospheric Flight Shows Potential for HAPS Services |
Roger Tidswell |
Airbus Defence and Space |
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10:40 |
- |
11:00 |
Stratobus for permanent missions |
Michel Masselin |
Thales Alenia Space |
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11:00 |
- |
11:30 |
Coffee | ||
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11:30 |
- |
11:50 |
ELEVATE: A Balloon-Based Platform for Hardware Testing in the Stratosphere |
Izan Peris Marti |
Zero 2 Infinity |
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11:50 |
- |
12:10 |
The "Ascender 28" Prototype HAP: Development status and future plans |
Thomas Olson |
Avealto, Ltd. |
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12:10 |
- |
12:30 |
CNES stratospheric balloons activities, possible synergies with HAPS ? |
Vincent Dubourg |
CNES |
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12:30 |
- |
12:50 |
Sprint-and-drift manoeuvre for stratospheric airships |
Jesús Gonzalo |
University of León |
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12:50 |
- |
13:50 |
Lunch | ||
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13:50 |
- |
14:10 |
Project Loon |
Robert Eagles |
Loon |
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14:10 |
- |
14:30 |
High aims, high hurdles – the challenges of persistent stratospheric flight |
Paul Brooks |
Prismatic |
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14:30 |
- |
14:50 |
Project AlphaLink - Compound Aircraft as the Next Generation of High-Altitude Platforms |
Alexander Köthe |
AlphaLink (@Technische Universität Berlin) |
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14:50 |
- |
15:10 |
New principles of aircraft control of non-standard aerodynamic scheme with flexible wing as exemplified by HAPS (High Altitude Pseudo Satellite) ApusDuo . |
Aliaksei Stratsilatau |
Uavos Inc. |
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15:10 |
- |
15:40 |
Coffee | ||
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15:40 |
- |
16:00 |
Applications and Holistic Evaluation of High Altitude Platforms (HAP) |
Holger Schumann |
German Aerospace Center (DLR) |
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16:00 |
- |
16:20 |
Comparison of Heavier than Air HAPS to Lighter than Air HAPS |
Simon Ashby |
Elson Space Engineering |
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16:20 |
- |
16:40 |
Discussion: Platforms and Supporting Technologies |
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16:40 |
- |
18:00 |
Poster pitches / poster session | ||
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18:00 |
- |
19:30 |
Ice Breaker | ||
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Day 2: Wednesday, 13 February 2019 (09:00-18:00) | |||||
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Regulations, Chair: TBC | |||||
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9:00 |
- |
9:20 |
Industry Based Cooperative Separation for Upper Airspace |
Robert Eagles/Nancy Graham |
Loon/Graham Aerospace International |
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9:20 |
- |
9:40 |
Application of Specific Operations Risk Assessment (SORA) to HAPS operations under the new Unmanned Aircraft European Regulation |
Antidio Viguria |
Advanced Center for Aerospace Technologies |
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9:40 |
- |
10:00 |
Where does Space end? |
Frank Fuchs |
Frank Fuchs Consulting |
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10:00 |
- |
10:20 |
Operation and Operation Approval of High Altitude Platforms (HAP) |
Florian Nikodem |
German Aerospace Center (DLR) - Insitut Für Flugsystemtechnik |
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10:20 |
- |
10:40 |
Discussion: Regulations |
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10:40 |
- |
11:10 |
Coffee | ||
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Ground Segment and Stratoports / Navigation Activities, Chair: TBC | |||||
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11:10 |
- |
11:30 |
HAPS in Canarias: GEO-Innovation Program 2030 - A Regional Governmental Initiative |
Manuel Miranda Medina |
Regional Government of the Canary Islands |
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11:30 |
- |
11:50 |
ATLAS as a Stratoport: Lessons Learnt and Future Requirements for HAPS Operations |
JoaquÍn Rodriguez Grau |
ATLAS Center |
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11:50 |
- |
12:10 |
Iberian Space Port |
Simon Ashby |
Elson Space Engineering |
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12:10 |
- |
12:30 |
Esrange Space Center - A Demonstration Site for HAPS and Similar Activities |
Mattias Abrahamsson |
Swedish Space Corporation |
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12:30 |
- |
13:30 |
Lunch | ||
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13:30 |
- |
13:50 |
A call for interoperable programming of HAPS and satellite observations |
Daniel Novak |
Airbus |
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13:50 |
- |
14:10 |
Adaptation of Satellite Control Centre for HAPS |
Miguel Angel Molina Cobos |
GMV |
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14:10 |
- |
14:30 |
HAPS as an augmentation solution for GNSS: potential use cases analysis. |
Olivier Desenfans |
M3 Systems Belgium |
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14:30 |
- |
14:50 |
HAPS to Augment Terrestrial Based Alternative Positioning Navigation and Timing for Aviation |
Boubeker Belabbas |
German Aerospace Center (DLR) |
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14:50 |
- |
15:10 |
Discussion: Ground Segment and Stratoports / Navigation Activities |
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15:10 |
- |
15:40 |
Coffee | ||
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Earth Observation Activities, Chair: TBC | |||||
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15:40 |
- |
16:00 |
Exploring the potential of High Altitude Pseudo-Satellites to improve the CAP monitoring strategies |
Judit Anda Ugarte |
Regional Government of Andalusia |
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16:00 |
- |
16:20 |
HAPS-based Security Services for Persistent EO Monitoring |
Sergio Albani |
European Union Satellite Centre |
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16:20 |
- |
16:40 |
High Altitude Pseudo-Satellites for water management and safety in the Netherlands |
Liduin Bos-Burgering |
Deltares |
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16:40 |
- |
17:00 |
HAPS for maritime surveillance and how they can complement existing surveillance means |
Olaf Trieschmann |
European Maritime Safety Agency (EMSA) |
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17:00 |
- |
18:00 |
Plenary | ||
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Day 3: Thursday, 14 February 2019 (09:00-17:00) | |||||
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Earth Observation Activities (continued), Chair: TBC | |||||
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9:00 |
- |
9:20 |
New ESA’s study for the analysis of the added value of the use of HAPS for air quality and GHG applications |
Amaya Atencia Yépez |
GMV |
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9:20 |
- |
9:40 |
Air quality monitoring based on hyperspectral imaging from high altitude aircraft |
Frederik Tack |
Royal Belgian Institute For Space Aeronomy |
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9:40 |
- |
10:00 |
Atmospheric emission monitoring using a High Altitude Pseudo-Satellite |
Barend Ording |
Airbus Defence And Space |
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10:00 |
- |
10:20 |
An Observing System Simulator for Atmospheric Trace Gas Remote Sensing over Cities |
Gerrit Kuhlmann |
EMPA |
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10:20 |
- |
10:50 |
Coffee | ||
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10:50 |
- |
11:10 |
A Study on payload requirement for new EO missions performed by a Hybrid HAPS in Persistence & Proximity |
Cesario Vincenzo Angelino |
C.I.R.A. |
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11:10 |
- |
11:30 |
Hyperspectral imager for HAPS, a follow-on of the 2017 presentation |
Mathieu Maisonneuve |
ABB |
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11:30 |
- |
11:50 |
Hyperspectral for HAPS |
Marco Esposito |
Cosine Measurement Systems |
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11:50 |
- |
12:10 |
High Altitude Pseudo Satellites in Support of ESA Earth Observation Missions |
Jean-François Vinuesa |
Airbus Defence and Space |
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12:10 |
- |
12:30 |
Investigation for HAPS business model and future development |
Crepin Jean-philippe |
Sonaca |
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12:30 |
- |
12:50 |
Discussion: Earth Observation Activities |
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12:50 |
- |
13:50 |
Lunch | ||
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Telecommunication Technologies and Applications, Chair: TBC | |||||
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13:50 |
- |
14:10 |
HAPS services and applications for a Satellite operator |
Antonio Abad |
Hispasat |
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14:10 |
- |
14:30 |
AIRBUS High Altitude AirNode Demo in Canada, mid-August 2018 |
Jean Philippe Scherer |
Airbus |
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14:30 |
- |
14:50 |
HAPS and satellite integration in 4G / 5G cellular networks |
Didier Verhulst |
Cell & Sat |
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14:50 |
- |
15:10 |
Hybrid Adaptive Network: concept and application |
Gontran Reboud |
Viasat |
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15:10 |
- |
15:40 |
Coffee | ||
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15:40 |
- |
16:00 |
Optical High Speed Communication for HAPS |
Dirk Giggenbach |
German Aerospace Center (DLR) |
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16:00 |
- |
16:20 |
Optical Communications for Airborne Users - ScyLight Framework and EDRS Services |
Harald Hauschildt |
ESA |
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16:20 |
- |
16:40 |
Making use of SmallSat downlink technology to enable efficient payload data downlink solutions for EO HAPS |
Daniel Sander |
German Aerospace Center (DLR) |
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16:40 |
- |
17:00 |
Discussion: Telecommunication Technologies and Applications |
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17:00 |
- |
17:10 |
Wrap-up | ||
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HAPS4ESA 2019 Draft Preliminary Programme | ||
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Platforms and Supporting Technologies | ||
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Deployment of HAPS in an Emergency Scenario: Best Configurations and Procedures |
Vincenzo Baraniello |
CIRA Italian Aerospace Research Center |
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HAPS-enabled Services: Overcoming Challenges of Flexibility and Persistence |
Alexandra Barker |
Airbus |
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Comparing Solar Arrays for Autonomous Fixed-Wing HALE Aircraft |
Raj Budhabhatti |
Alta Devices |
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Limits and potential of fixed wings and LTA |
Ugo Cortesi |
IFAC-CNR |
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The HEMERA Stratospheric Balloon Infrastructure |
Felix Friedl-vallon |
KIT |
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HAPS Zephyr Technology, Payloads and System Integration |
André Grabs |
Airbus Defence And Space |
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Where and When Can One Operate a Solar-Powered High-Altitude Drone? |
Simon Johnson |
OpenStratosphere |
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High Altitude Platform for Research and Development Elektra Two Solar: Concept and First Experimental Results |
Konstantin Kondak |
DLR (German Aerospace Center) |
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Long endurance lighter-than-air tethered platform with aerodynamic lift enhancement as an HAP system or external HAP tethering support platform. |
Filipa Lourenço |
Omnidea Lda |
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Light Free Balloons and trajectories optimization |
Ivano Musso |
Altec |
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A Hardware Development Tool Stack for future HAPS |
Johannes Norheim |
Valispace GmbH |
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Stratosyst HAPS solution (originally two entries - check abstracts) |
Jiří Pavlík |
Stratosyst |
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Control Based Optimization of High Altitude Platforms (HAP) |
Christian Weiser |
German Aerospace Center |
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Ground Segment and Stratoports | ||
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Multi-source HAPS data fusion |
Ian Spence |
Spacemetric |
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Earth Observation Activities | ||
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Marine Security by exploiting HAPS, Satellite and Open Source data |
Andre Bos |
Science And Technology Bv |
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Wide-area Earth Observation instrument for High Altitude Pseudo-Satellites (HAPS) |
Jesús Gonzalo |
University of León |
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Emitter Location & Maritime Target Detection Passive L-Band Payload for HAPS Zephyr S |
Achim Helm |
Airbus Defence And Space GmbH |
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Automatic localisation, quantification and categorisation of changes occurring within temporally separated optical satellite imagery |
Nicholas Kinsey |
Roke Manor Research Ltd. |
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SYNERGIC USE OF AEROSTATIC HAPS AND VIS/NIR/TIR HYPERSPECTRAL SYSTEM FOR AIR QUALITY MONITORING IN CRITICAL SCENARIOS |
Giorgio Licciardi |
Consorzio di Ricerca Hypatia |
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HIS-HAPS-ALPS: Hyperspectral Imaging Systems mounted on High Altitude Pseudo Satellites observing ALpine Processes and ecoSystems |
Abraham Mejia-Aguilar |
Eurac Research |
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SPIDER A Maritime Radar for Zephyr-S - First Results (originally two entries - check abstracts) |
Yvonne Munro |
Airbus Defence And Space Limited |
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OPAZ: first Earth observation system designed for HAPS acquires images and videos from the stratosphere |
Laurent Renouard |
AIRBUS DS |
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Comparative Analysis between Conventional Aircraft and HAPS for Surveillance Missions |
Tiago Giglio Rodrigues |
Jetwind Brazil |
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The Need for a HAPS Mission on Air Quality Bridging the Gap between Current Satellite Products and User Requirements for Applications on the City Scale |
Tim Vlemmix |
KNMI |
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Telecommunication Technologies and Applications / Navigation Activities | ||
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Wireless Laser Communication Terminals for Stratospheric High |
Ahmed Al-Mudhafar |
Mynaric Lasercom GmbH |
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HAPS complementing the maritime picture: EMSA's view |
Leendert Bal |
EMSA |
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High Altitude Platforms and Low Altitude Drones – Complementary or Competing Telecommunications Delivery Platforms? |
David Grace |
University Of York |
