Reloquence is charting maps of the Moon and Mars that include a network of rover traverses based on a planetary address framework called the Eskey System. To date, Reloquence has named and located 24 roads on the Moon and 8 roads on Mars. We hope to accelerate the advent of space mining and sustained human presence on the Moon and Mars by at least a decade. Longer term, we see the maps as forming the foundation for a space logistics platform, codenamed "Uber Space."
Join us at the ISDC LaunchPad Lightning Talks. Not all space-related topics demand a full hour to explain, and some emerging ideas at the ISDC are simply so new and unique that they have not yet been fully explored and developed. The Launch Pad Talks are home to some of the newest and most exciting ideas in space exploration, development, and settlement, by some of the newest voices in the field.
Drop in for one or stay for a dozen—the Launch Pad Talks contain some of the most exciting new ideas you will hear this year!
The First Roads in Space at the 2024 International Space Development ConferenceMegan Eskey
Reloquence is charting maps of the Moon and Mars that include a network of rover traverses based on a planetary address framework called the Eskey System. To date, Reloquence has named and located 24 roads on the Moon and 8 roads on Mars. We hope to accelerate the advent of space mining and sustained human presence on the Moon and Mars by at least a decade. Longer term, we see the maps as forming the foundation for a space logistics platform, codenamed "Uber Space."
Infrastructure is the backbone of civilization. A multi-planetary civilization needs interplanetary infrastructure to support its expansion, facilitate trade, and keep its citizens and their societies connected. The Interplanetary Infrastructure session at the ISDC considers whether investments in infrastructure, especially two-way transportation infrastructure, can address some of the most pressing problems associated with humanity’s initial efforts to expand into the solar system.
Historically, infrastructure has facilitated human expansion. It increased accessibility and reduced the personal sacrifices that adventurous settlers and their families had to make. Infrastructure projects tend to be somewhat conservative in nature. They generally use technologies and materials that have been applied in other industries and that are already well-understood and well-characterized by engineers. Successful infrastructure projects are economically viable because their long-term benefit to society exceeds their upfront cost, even when the upfront cost is significant. The speakers presenting concepts in this session adhere to these fundamental principles and can demonstrate that their proposals do indeed pencil out.
"Key infrastructure technologies for sustained human exploration of the Moon ...Marco Lisi
My presentation "Key infrastructure technologies for sustained human exploration of the Moon and Mars"at the workshop Space Horizons 2015, "McMurco on the Moon", February 18-19, 2015, Brown University
The Five Biggest Space Technology Trends for 2022Bernard Marr
Space technology is evolving rapidly and is becoming one of today’s most interesting technology areas. In 2022, we will see many new developments and advances. Here are some of the trends that will reshape space technology over the next year.
Space exploration is brewing to be one of the most sought after fields in today’s world with each country pooling in resources and skilled minds to be one step ahead of the other. The core aspect of space exploration is exoplanet exploration, i.e., by sending unmanned rovers or manned spaceships to planets and celestial bodies within and beyond our solar system to determine habitable planets. Landscape inspection and traversal is the core feature of any planetary exploration mission. It is often a strenuous task to carry out a machine learning experiment on an extraterrestrial surface like the Moon. Consequent lunar explorations undertaken by various space agencies in the last four decades have helped to analyze the nature of the Lunar Terrain through satellite images. The motion of the rovers has traditionally been governed by the use of sensors that achieve obstacle avoidance. In this project we aim to detect craters on the lunar landscape which in turn will be used to determine soft landing sites on the lunar landscape for exploring the terrain, based on the classified lunar landscape images.
The First Roads in Space at the 2024 International Space Development ConferenceMegan Eskey
Reloquence is charting maps of the Moon and Mars that include a network of rover traverses based on a planetary address framework called the Eskey System. To date, Reloquence has named and located 24 roads on the Moon and 8 roads on Mars. We hope to accelerate the advent of space mining and sustained human presence on the Moon and Mars by at least a decade. Longer term, we see the maps as forming the foundation for a space logistics platform, codenamed "Uber Space."
Infrastructure is the backbone of civilization. A multi-planetary civilization needs interplanetary infrastructure to support its expansion, facilitate trade, and keep its citizens and their societies connected. The Interplanetary Infrastructure session at the ISDC considers whether investments in infrastructure, especially two-way transportation infrastructure, can address some of the most pressing problems associated with humanity’s initial efforts to expand into the solar system.
Historically, infrastructure has facilitated human expansion. It increased accessibility and reduced the personal sacrifices that adventurous settlers and their families had to make. Infrastructure projects tend to be somewhat conservative in nature. They generally use technologies and materials that have been applied in other industries and that are already well-understood and well-characterized by engineers. Successful infrastructure projects are economically viable because their long-term benefit to society exceeds their upfront cost, even when the upfront cost is significant. The speakers presenting concepts in this session adhere to these fundamental principles and can demonstrate that their proposals do indeed pencil out.
"Key infrastructure technologies for sustained human exploration of the Moon ...Marco Lisi
My presentation "Key infrastructure technologies for sustained human exploration of the Moon and Mars"at the workshop Space Horizons 2015, "McMurco on the Moon", February 18-19, 2015, Brown University
The Five Biggest Space Technology Trends for 2022Bernard Marr
Space technology is evolving rapidly and is becoming one of today’s most interesting technology areas. In 2022, we will see many new developments and advances. Here are some of the trends that will reshape space technology over the next year.
Space exploration is brewing to be one of the most sought after fields in today’s world with each country pooling in resources and skilled minds to be one step ahead of the other. The core aspect of space exploration is exoplanet exploration, i.e., by sending unmanned rovers or manned spaceships to planets and celestial bodies within and beyond our solar system to determine habitable planets. Landscape inspection and traversal is the core feature of any planetary exploration mission. It is often a strenuous task to carry out a machine learning experiment on an extraterrestrial surface like the Moon. Consequent lunar explorations undertaken by various space agencies in the last four decades have helped to analyze the nature of the Lunar Terrain through satellite images. The motion of the rovers has traditionally been governed by the use of sensors that achieve obstacle avoidance. In this project we aim to detect craters on the lunar landscape which in turn will be used to determine soft landing sites on the lunar landscape for exploring the terrain, based on the classified lunar landscape images.
Will The International Space Station de-orbit_.pdfMausiquiOfficial
The International Space Station is revealing how old it very well may be. It’s more seasoned than 33% of the populace, north of over two billion individuals who have never known a period without people in circle.
Pieces and bits of it continue to turn out badly, most as of late the EVA spacesuits; Russia might possibly be going to bail; and it’s more Red Dwarf than the Enterprise with regards to space microbes.
You thought it was troublesome getting a cleaner to come to your condo in the city? According to one perspective, it’s exhausted, super-costly to run, and isn’t contributing a lot to space investigation any more, and is absorbing substantially a lot of room designers’ mind time.
Does that apply to any inheritance innovation you knew about? IT heritages don’t make cool recordings of the Earth from space or space travelers tumbling in microgravity, so they miss out vigorously to the International Space Station on the advertising front. They won’t be consuming 15% of a $22 billion spending plan by the same token
American Astronautical Society, Astronauts and Robots: Partners in Space Exploration, May 12-13, 2015 - http://astronautical.org/event/astronauts-robots
From an outsider perspective, the golden age of space might look behind us with the Apollo era in the Sixties. Yet, when we listen to some new economy entrepreneurs like R. Branson (Virgin group founder), J. Bezos (Amazon founder) or E. Musk (Paypal, TeslaMotors, Solarcity founder), space is accessible, ready to harvest and the space rush starts today!
Even if the Silicon Valley ecosystem aims for the stars, technical hurdles might prevent all projects to succeed. Therefor, being able to put a satellite in orbit and land the launcher or to reach multiple times the space frontier with a same launcher really are impressive. These newsworthy successes also attract an increasing number of investors: $2.9B between 2000 and 2015 of which $1.8B in 2015 only.
A disruption is on its way powered by deep mutations in the sector making old dreams now plausible like constellation and reusable launchers. In one hand, national space agencies now focus more on their advising roles. In the other hands, it gets easier to access existing resources and infrastructures.
Incumbents reassure their averse-to-risk customers by producing a low number of expensive high-end custom designs with a big emphasis on quality to ensure high lifespans.
Newcomers promise resilience thanks to distributed infrastructures of a higher number of low cost satellites (using off the shelf components). To do so, these pioneers use design to test approaches directly inspired from start-ups. They ‘hack’ technologies from other sectors with a ‘maker’ spirit and collect information from the ground with each generation of their products in a pure MVP mindset. First users of their own products, they make sure that the infrastructure they build is user centric and not technology centric. Doing so, they enable the next generation of space entrepreneurs to build new space applications (a few of which that might look like science fiction).
E. Musk’s project to build a martian colony will be build on these layers. His firm, SpaceX, looks like it is a step ahead the competition with its full logbook, its tremendous technological achievements and its soon-to-be vertical integration in space with a constellation. Nevertheless, there are a few technical hurdles for them to pass like designing a powerful enough rocket or proving its ability to get to Mars and come back.
Our conviction is that, alone, they probably won’t be able to gather the resources to build from scratch a sustainable colony with safe housing, adapted food production and low consuming ressources processes. When we see all the current benefits of the previous space programs, we are convinced that actors who will address these issues will be a step ahead to reap the fruits of the space conquest on their historical markets.
Exploration – One Year On
19 November 2008, Pasadena California
Session 6: Exploration – One Year On
19 November 2008, Pasadena California
http://www.astronautical.org/conference/conference-2008
Cloud Computing: Architecture, IT Security and Operational PerspectivesMegan Eskey
A 2010 presentation on NASA Nebula that makes no reference to OpenStack (or pinet) dated a month after OpenStack was released to the public as open source. There is no link between Nebula and OpenStack.
42 Voices About Open Government - English versionMegan Eskey
The English-language translation of the Open Government project by XIP (Public Innovation Network) in Barcelona, Spain. The articles written by 42 experts are an important source of knowledge for the worldwide Open Government community, and are already the context for debate in administrations and governments in Spanish- and Catalan-speaking communities. Many of the experts are from Spain and remember Franco, so there is a clear anti-fascist subtext, in addition to the primary pro-democracy, pro-OpenGov message. The translation was funded via an Indiegogo crowdfunding campaign that was synched with ISS Expedition 42. 42 is a reference to the Hitchhiker's Guide to the Galaxy, and is the answer to life, the universe, and everything.. https://www.indiegogo.com/projects/42-voices-about-open-government--43#/story
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Will The International Space Station de-orbit_.pdfMausiquiOfficial
The International Space Station is revealing how old it very well may be. It’s more seasoned than 33% of the populace, north of over two billion individuals who have never known a period without people in circle.
Pieces and bits of it continue to turn out badly, most as of late the EVA spacesuits; Russia might possibly be going to bail; and it’s more Red Dwarf than the Enterprise with regards to space microbes.
You thought it was troublesome getting a cleaner to come to your condo in the city? According to one perspective, it’s exhausted, super-costly to run, and isn’t contributing a lot to space investigation any more, and is absorbing substantially a lot of room designers’ mind time.
Does that apply to any inheritance innovation you knew about? IT heritages don’t make cool recordings of the Earth from space or space travelers tumbling in microgravity, so they miss out vigorously to the International Space Station on the advertising front. They won’t be consuming 15% of a $22 billion spending plan by the same token
American Astronautical Society, Astronauts and Robots: Partners in Space Exploration, May 12-13, 2015 - http://astronautical.org/event/astronauts-robots
From an outsider perspective, the golden age of space might look behind us with the Apollo era in the Sixties. Yet, when we listen to some new economy entrepreneurs like R. Branson (Virgin group founder), J. Bezos (Amazon founder) or E. Musk (Paypal, TeslaMotors, Solarcity founder), space is accessible, ready to harvest and the space rush starts today!
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About the Speaker
===============
Diogo Sousa, Engineering Manager @ Canonical
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This presentation was uploaded with the author’s consent.
Have you ever wondered how search works while visiting an e-commerce site, internal website, or searching through other types of online resources? Look no further than this informative session on the ways that taxonomies help end-users navigate the internet! Hear from taxonomists and other information professionals who have first-hand experience creating and working with taxonomies that aid in navigation, search, and discovery across a range of disciplines.
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UIIN Conference, Madrid, 27-29 May 2024
James Wilson, Orkestra and Deusto Business School
Emily Wise, Lund University
Madeline Smith, The Glasgow School of Art
4. SOLUTION
Planetary road maps connecting
landing sites to destinations of
interest using a global standard
Allow clients to license or
commission maps of the
Moon and Mars with roads
named, located and vetted
via nomenclature guidelines
The First Roads in Space
5. Quadrangles define regions on planetary
bodies, but only a small subset have been
named. The name is essential for my
framework in that it defines the equivalent
of a “city” or a “state.” The numerical
astronautical charts are the equivalent of a
“zip code.” A planetary address is a
numerical identifier + a named planetary
road + a named quadrangle + a numerical
astronautical chart + the planetary body.
Copyright Reloquence 2024 | All Rights Reserved
Quadrangles of the Moon
SYNTAX
9. Timeline of Space Exploration includes notable achievements, first accomplishments and
milestones in humanity's exploration of outer space.
In addition to defining the first planetary address framework and naming the first 32 roads in space, I
am also the first to describe a field of study called "space roadbotics." The current state of the space
road discussion focuses on leveling and paving the surfaces using lasers, microwaves or 3D printers,
but I am diverging from that approach and recommending a fleet of autonomous roadbots that are
optimized for speed. I am suggesting that a network of rover tracks is the superior choice. There is no
wind or atmosphere on the Moon, so rover tracks can last forever.
Copyright Reloquence 2024 | All Rights Reserved
FIRST ROADS IN SPACE
11. As part of the RAPID project led
by GMV for the European Space
Agency (ESA), GMV is currently
designing and developing a
cutting-edge robotic platform, an
autonomous rover capable of
safely traversing lunar areas at an
average speed of 1.1 m/s, a
speed never before achieved on
the surface of a distant planet by
an autonomous robot, using a
guidance, navigation, and control
(GNC) system based on visual
navigation, i.e. on images
generated or acquired by
cameras installed on the rover.
Copyright Reloquence 2024 | All Rights Reserved
LUNAR ROADBOT PROTOTYPE
12. Investing in a fleet of US roadbots
vs. Investing in a space logistics
platform
Near-term technology, requiring
access to space communications
protocols and channels
Open Planetary Roads Foundation
The proliferation of the US lunar
road maps as a precursor to
adopting the Eskey System as an
international standard provides
an opportunity to gather support
in preparation for the much more
ambitious goal of launching
"Uber Space.“
Copyright Reloquence 2024 | All Rights Reserved
UBER SPACE: THE SPACE
ROADBOTICS END GAME Benefits to Humankind
• Increased safety
• Better navigation
• Investment in lunar infrastructure
• Global cooperation
• Democratization of space