session 5
- Title
Extra-Terrestrial and Interplanetary Communications, and Regulations
- type
oral
- Description
This session focuses on near-Earth, deep-space and extra-terrestrial communications with particular emphasis on unique concepts, techniques and technologies including all aspects of space communications, services, architecture and infrastructure: ARTEMIS related missions; Earth orbiting, lunar, and planetary missions; flight and ground demonstrations and results; present and future scenarios; next generation systems and applications; science missions; terrestrial-based systems; small satellites; near-Earth and planet observation satellites. It also includes spectrum interferences, spectrum allocations and regulations issues, and impacts of Space Debris and optical pollution to satellite communications for new systems/services, systems modeling; and review/survey papers.
- Date
2025-10-03
- Time
- Room
- IPC members
Co-Chair: Mr. Dipak Srinivasan, The Johns Hopkins University Applied Physics Laboratory, United States;
Co-Chair: Dr. Ramon P. De Paula, National Aeronautics and Space Administration (NASA), United States;
Rapporteur: Dr. Sara AlMaeeni, Mohammed Bin Rashid Space Centre (MBRSC), United Arab Emirates;
Order | Time | Paper title | Mode | Presentation status | Speaker | Affiliation | Country |
---|---|---|---|---|---|---|---|
1 | 10:15 | Addressing the Challenges of Future Deep Space Communications and Navigation Services | 12 | Dr. Stephen Lichten | Jet Propulsion Laboratory - California Institute of Technology | United States | |
2 | 10:27 | VaMEx3-MarsSymphony Communication System - a Low Mars Orbit CubeSat to Lander Link | 12 | Dr. Thomas Kühne | IQ Technologies for Earth and Space GmbH | Germany | |
3 | 10:39 | bepicolombo “mmo”: on-off keying communication and navigation challenges with limited tracking data | 12 | Ms. Chikako Hirose | Japan Aerospace Exploration Agency (JAXA) | Japan | |
4 | 10:51 | 12 | Mr. Mier Tai | Harbin Institute of Technology | China | ||
5 | 11:03 | Single-Station-Based Integrated Communication-Positioning System for Mars Drones | 12 | Mr. Zhang Sibo | Harbin Institute of Technology | China | |
6 | 11:15 | Design of a Scalable Communications Infrastructure for the First Lunar City | 12 | Ms. Nasira Espejo | Universidad Nacional Mayor de San Marcos | Peru | |
7 | 11:27 | 12 | Mr. Marcin Gnat | DLR (German Aerospace Center) | Germany | ||
8 | 11:39 | 12 | Dr. Edward Birrane | The Johns Hopkins University Applied Physics Laboratory | United States | ||
9 | 11:51 | Internet Protocol Stack in Deep Space: Architecture and Simulation Results | 12 | confirmed | Mr. Marc Blanchet | Viagenie | Canada |
10 | 12:03 | Unlocking Potential: Spectrum Access for Small-scale Operators | 12 | Mrs. Nihan Yalcin | Space Generation Advisory Council (SGAC) | Türkiye | |
11 | 12:15 | Quantum Signals for Deep-Space Communication and Alien Life Detection | 12 | Ms. Samiksha Raviraja | Airbus Defence and Space | United Kingdom | |
12 | 12:27 | Abstract: Extra-Terrestrial and Interplanetary Communications and Regulations | 12 | Mr. ANDREA ANGELUCCI | Agenzia Spaziale Italiana (ASI) | Italy | |
13* | 12:39 | Creating an Advanced Biomechanics-Based Vehicle (ABV) for terrain navigation on Mars | 12 | Mrs. Pragya Thakur | India | ||
14* | 12:39 | 12 | Ms. Lena Eberhardt | ESA european space agency | The Netherlands | ||
15* | 12:39 | rescuer smart bracelet: a wearable solution for earthquake victim detection and rescue | 12 | Ms. Khanim Asadova | Garabagh University | Azerbaijan |