Information

Web on the Moon
  • Past
  • Confirmed
  • Breakout Sessions

Meeting

Event details

Date:
– Pacific Daylight Time
Status:
Confirmed
Location:
4 Concourse Level - Palos Verdes
Participants:
Takahiro Aritaki, Eemeli Aro, Christos Bacharakis, David Benoit, Christian Biesinger, Ada Rose Cannon, Ioana Chiorean, Mihai Cîrlănaru, Yug Desai, Mason Freed, Scott Haseley, Ivan Herman, Lu Huang, Dave Hunt, Rick Johnson, Jesse Jurman, Gary Kacmarcik, Gregg Kellogg, Jay Kishigami, Vincent Kuntz, Elena Lape, Niklas Merz, Eric Meyer, Akira Nagaoki, JAYADEVI NATARAJAN, Tim Nguyen, Kiyoto Ozawa, Dibyajyoti Pal, Lucas Pardue, Anatoly Scherbakov, Satoru Takagi, Shinya Takami, Zacharias Törnblom, Kunihiko Toumura, Munira Tursunova, Rupert Wiser, Frankie Wolf, Kota Yatagai
Big meeting:
TPAC 2024 (Calendar)

The Artemis plan calls for human habitation of the Moon from 2028, currently under international consideration from the perspectives of habitation, mineral resource collection, food and medicine, and is considered the first step towards sending humans to Mars in the future. Communication with family and others is essential when people are away from Earth for long periods. Astronauts on the ISS are already guaranteed a private conversation with their families on the ground at least once a day, and can even watch football games using web and remote conferencing technology, but the ISS is 400 km from the ground, and its latency is less than that of a geostationary orbit satellite (located 35,786 km above the ground) is said to be 500 ms.
　
The distance to the Moon is 380,000 km, which theoretically translates into a latency of 2,600 ms.

Under these conditions, it is expected to be difficult for people living on the Moon to explore the Web, hold remote meetings with their families or watch football games, as they do on Earth, due to time-outs and other problems with current technology.

In this breakout session, we would like to discuss the possibility of using web technology on the Moon in the same way as on Earth, although the speed of light cannot be exceeded.

Agenda

Chairs:
Jay Kishigami

Description:
The Artemis plan calls for human habitation of the Moon from 2028, currently under international consideration from the perspectives of habitation, mineral resource collection, food and medicine, and is considered the first step towards sending humans to Mars in the future. Communication with family and others is essential when people are away from Earth for long periods. Astronauts on the ISS are already guaranteed a private conversation with their families on the ground at least once a day, and can even watch football games using web and remote conferencing technology, but the ISS is 400 km from the ground, and its latency is less than that of a geostationary orbit satellite (located 35,786 km above the ground) is said to be 500 ms.
　
The distance to the Moon is 380,000 km, which theoretically translates into a latency of 2,600 ms.

Under these conditions, it is expected to be difficult for people living on the Moon to explore the Web, hold remote meetings with their families or watch football games, as they do on Earth, due to time-outs and other problems with current technology.

In this breakout session, we would like to discuss the possibility of using web technology on the Moon in the same way as on Earth, although the speed of light cannot be exceeded.

Goal(s):
Participants will decide on the direction of future discussions.

Agenda:

  1. overview of ISS, Artemis, DTN (RFC4838), etc.
  2. open discussion

Materials:

Minutes

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