Aurora Robotics - User contributions [en]

NASA X-Hab 2025: Modular Robotic Construction

2024-09-16T05:09:38Z

Frozenstiff: added stub note

''This is a Stub. You can help by expanding it''

== Overview ==
[[File:Nasa xhab.jpg|thumb|NASA X-Hab Logo]]
In early 2024 NASA released a request for proposals for several problems related to the creation of a permanent base on the Lunar surface. [[Dr. Orion Lawlor]] wrote a proposal based on appendix B of the [https://spacegrant.org/wp-content/uploads/2024/03/M2M-X-Hab-Challenge-Solicitation-2025.pdf RFP document]. This appendix RFP was sponsored by NASA Autonomous Robotic Construction Projects - TLT, PASS, ARMADAS.

== Key Topics ==

* '''Outline of Requirements:''' This section goes into detail

NASA X-Hab 2025: Modular Robotic Construction

2024-09-16T02:55:00Z

Frozenstiff: started building site for X-Hab prop

== Overview ==
[[File:Nasa xhab.jpg|thumb|NASA X-Hab Logo]]
In early 2024 NASA released a request for proposals for several problems related to the creation of a permanent base on the Lunar surface. [[Dr. Orion Lawlor]] wrote a proposal based on appendix B of the [https://spacegrant.org/wp-content/uploads/2024/03/M2M-X-Hab-Challenge-Solicitation-2025.pdf RFP document]. This appendix RFP was sponsored by NASA Autonomous Robotic Construction Projects - TLT, PASS, ARMADAS.

== Key Topics ==

* '''Outline of Requirements:''' This section goes into detail

File:Nasa xhab.jpg

2024-09-16T02:21:24Z

Frozenstiff:

User:Frozenstiff

2024-09-16T01:58:03Z

Frozenstiff: created User about page

== About Me ==
My name Elliott Madsen and I currently a student at the University of Alaska Fairbanks (UAF) pursuing a degree in Mechanical Engineering with minors in Mathematics and Computer Science.

== Academic and Professional Background ==
[[File:Emadsen photo.jpg|alt=a silly boi and his wife|thumb|Me and my wife, Megan Madsen]]
Throughout my time in Primary and Secondary schools I competed in numerous competitions under the [https://www.firstinspires.org/robotics/frc FIRST] banner, in either the FLL (FIRST Lego League) or FTC (FIRST Tech Challenge) divisions. As part of team 3705 out of Austin E. Lathrop High School I went to worlds for FTC in Atlanta, Georgia.

After high-school I completed one year of college (2012) then dropped out due to lack of interest. In the years before returning in 2023 I gathered a large amount of experience in the dirt moving and heavy machinery operation. This experience has proved invaluable in designing the [[L.A.M.P: Lunar, Autonomous, Modular Platform|LAMP]] project.

=== Current Projects: ===

* '''[https://www.nasa.gov/exploration-habitat-x-hab-challenge/ NASA X-Hab]:''' I am helping coordinate Aurora Robotics Lab in the development of systems that NASA has requested in response to our [[X-Hab 2025 NASA Proposal]]
* [[L.A.M.P: Lunar, Autonomous, Modular Platform|'''L.A.M.P:''']] I am leading a team of fellow student engineers in the development of a multi-purpose robotic platform for lunar operations.

== Skills and Interests ==

* '''Welding and Fabrication:''' While working before returning to school I received extensive training in welding and other form of manufacturing, like sheet metal work and woodworking.
* '''Robotics:''' While designing robots to compete in the FIRST family of competitions i was able to pick up skills that help bridge the divide between hardware and software.
* '''Programming:''' Although I'm not pursuing a full degree in CS, I've picked up enough skills to be able to build simple programs and understand and modify more complex ones.

File:Emadsen photo.jpg

2024-09-16T01:37:52Z

Frozenstiff:

Me and my wife, Megan Madsen

User:Acmattson3

2024-09-16T01:05:22Z

Frozenstiff: didnt do nothin

== About Me ==
[[File:Andrew Mattson Portrait Wedding.png|alt=a silly boi at his wedding|thumb|A photo of me at my wedding]]
Welcome to my user page! My name is Andrew Mattson, and I am currently a student at the University of Alaska Fairbanks (UAF). I am pursuing a combined Bachelor's/Master's degree in Computer Science. Also check out [https://andrew-mattson.com/ my website].

== Academic and Professional Background ==
At UAF, I tutor mathematics and work on research projects related to AI and robotics while taking classes for my degrees.

=== Current Projects ===

* '''[https://www.nasa.gov/exploration-habitat-x-hab-challenge/ NASA X-HAB]:''' I am leading the Aurora Robotics Team at UAF in NASA's X-Hab Academic Innovation Challenge, where we are developing [[LUMIN]] and [[LAMP]].
* '''[[LUMINSim]]:''' I am working on developing a robotic simulator for lunar mining and infrastructure, tentatively named 'LUMINSim' (Lunar Mining and Infrastructure Network Simulator), as it effectively simulates the [[LUMIN]] system. This project involves aspects of autonomous control, communication, and terrain generation using Godot 4 and C++.
* '''[https://sssn.us/ Ant Simulation]:''' I am developing an ant simulator that can handle a large number of agents efficiently to explore concepts like pheromone trails and navigation in an environment designed in Godot 4. This is to study how behaviors emerge from systems of individual agents so I can apply what I learn to [[LUMIN]].

== Skills and Interests ==

* '''Programming:''' Skilled in Python, C, C++, and GDScript, with some knowledge of C#, JavaScript, and others. Experienced in developing simulations, AI algorithms, and server applications.
* '''Robotics:''' Interest in autonomous control systems, particularly for lunar exploration, including aspects like collision prevention and modular robot design.
* '''Artificial Intelligence:''' Enthusiastic about learning and applying AI techniques to solve complex problems in robotics and simulations.
* '''Leadership:''' Leader of the Aurora Robotics Team, where I coordinate efforts on projects such as the eXploration Habitat (X-Hab) Challenge.

== Contact ==
If you wish to collaborate or discuss computer science, AI, or robotics, [https://forms.gle/DCzoyNzndu2YePp28 feel free to reach out!]

LAMP v1

2024-09-16T00:50:57Z

Frozenstiff: minor correction to some info

<h1>LAMP v1 (Astra)</h1>
[[File:Astra Digging.png|alt=Astra in LUMINSim, digging on a hill.|thumb|Astra in LUMINSim, digging on a hill.]]
<p><strong>LAMP v1, also known as Astra</strong>, is the first version of the [[L.A.M.P: Lunar, Autonomous, Modular Platform|LAMP (Lunar, Autonomous, Modular, Platform)]] mining robot. Astra was developed and rigorously tested in the <strong>[[LUMINSim]]</strong> environment to assess its capabilities in mining, mobility, and transport on the lunar surface. Although intended to serve as the primary LAMP robot, Astra's design flaws revealed during testing have led to the development of a new version.</p>

<h2>Design Overview</h2>

<p>Astra features a single arm equipped with a modular tool coupler, allowing it to switch between various attachments. Unlike other mining robots such as the <strong>[[Excahauler]]</strong>, Astra does not have a pre-attached bucket; instead, it relies on its modular design for different excavation tasks. The tool coupler on Astra also has tilt functionality, providing greater versatility in handling a range of tools during mining operations.</p>

<h2>Key Components</h2>

<ul>
<li><strong>Arm and Tool Coupler:</strong> Astra’s arm is designed for multi-purpose use, with a tool coupler that allows quick switching between attachments. The coupler's tilt functionality provides added flexibility during excavation and material handling.</li>
<li><strong>Mobility:</strong> Astra's mobility system was designed to navigate lunar terrain, with emphasis on transporting materials and tools across various conditions.</li>
<li><strong>Semi-Modular Bed Interface:</strong> The robot features bolt on and off rear payload, currently equipped with a hopper for hauling lunar regolith.</li>
</ul>

<h2>Design Flaws and Testing</h2>

<p>During its development and testing in <strong>[[LUMINSim]]</strong>, several design flaws in Astra were identified:</p>

<ul>
<li>The arm's hinge point was positioned too far forward, causing the robot to tip over easily, especially during lifting operations.</li>
<li>The original built-in hopper design was deemed inefficient, leading to the adoption of a modular bed interface for greater adaptability.</li>
</ul>

<p>These flaws, along with other mobility and mining challenges, were observed during LUMINSim testing. These insights have been instrumental in guiding the design improvements for the next version of LAMP, which aims to address Astra's limitations.</p>

<h2>Legacy and Future Development</h2>

<p>Astra's development laid the groundwork for the modular approach and tool versatility that define the LAMP project. While Astra itself will not be used in future missions due to its design flaws, its testing in LUMINSim has provided valuable lessons that are shaping the next iteration of LAMP.</p>

<h2>Related Projects</h2>

<ul>
<li><strong>[[LUMINSim]]</strong> - The simulation environment where Astra was developed and tested, revealing the design flaws that are being addressed in future versions.</li>
<li><strong>[[LAMP]]</strong> - The overarching project aimed at creating a versatile lunar mining and construction robot, with Astra serving as the initial prototype.</li>
<li><strong>[[Excahauler]]</strong> - Another mining robot project with different design characteristics, such as a pre-attached bucket, compared to Astra's modular tool coupler.</li>
</ul>

<p>For more information or to contribute to the development of the LAMP project, visit the team's [https://github.com/AuroraRoboticsLab GitHub page].</p>

LAMP v1

2024-09-16T00:48:47Z

Frozenstiff: fixed broken link

<h1>LAMP v1 (Astra)</h1>
[[File:Astra Digging.png|alt=Astra in LUMINSim, digging on a hill.|thumb|Astra in LUMINSim, digging on a hill.]]
<p><strong>LAMP v1, also known as Astra</strong>, is the first version of the [[L.A.M.P: Lunar, Autonomous, Modular Platform|LAMP (Lunar, Autonomous, Modular, Platform)]] mining robot. Astra was developed and rigorously tested in the <strong>[[LUMINSim]]</strong> environment to assess its capabilities in mining, mobility, and transport on the lunar surface. Although intended to serve as the primary LAMP robot, Astra's design flaws revealed during testing have led to the development of a new version.</p>

<h2>Design Overview</h2>

<p>Astra features a single arm equipped with a modular tool coupler, allowing it to switch between various attachments. Unlike other mining robots such as the <strong>[[Excahauler]]</strong>, Astra does not have a pre-attached bucket; instead, it relies on its modular design for different excavation tasks. The tool coupler on Astra also has tilt functionality, providing greater versatility in handling a range of tools during mining operations.</p>

<h2>Key Components</h2>

<ul>
<li><strong>Arm and Tool Coupler:</strong> Astra’s arm is designed for multi-purpose use, with a tool coupler that allows quick switching between attachments. The coupler's tilt functionality provides added flexibility during excavation and material handling.</li>
<li><strong>Mobility:</strong> Astra's mobility system was designed to navigate lunar terrain, with emphasis on transporting materials and tools across various conditions.</li>
<li><strong>Modular Bed Interface:</strong> The robot features a built-in hopper for hauling lunar regolith.</li>
</ul>

<h2>Design Flaws and Testing</h2>

<p>During its development and testing in <strong>[[LUMINSim]]</strong>, several design flaws in Astra were identified:</p>

<ul>
<li>The arm's hinge point was positioned too far forward, causing the robot to tip over easily, especially during lifting operations.</li>
<li>The original built-in hopper design was deemed inefficient, leading to the adoption of a modular bed interface for greater adaptability.</li>
</ul>

<p>These flaws, along with other mobility and mining challenges, were observed during LUMINSim testing. These insights have been instrumental in guiding the design improvements for the next version of LAMP, which aims to address Astra's limitations.</p>

<h2>Legacy and Future Development</h2>

<p>Astra's development laid the groundwork for the modular approach and tool versatility that define the LAMP project. While Astra itself will not be used in future missions due to its design flaws, its testing in LUMINSim has provided valuable lessons that are shaping the next iteration of LAMP.</p>

<h2>Related Projects</h2>

<ul>
<li><strong>[[LUMINSim]]</strong> - The simulation environment where Astra was developed and tested, revealing the design flaws that are being addressed in future versions.</li>
<li><strong>[[LAMP]]</strong> - The overarching project aimed at creating a versatile lunar mining and construction robot, with Astra serving as the initial prototype.</li>
<li><strong>[[Excahauler]]</strong> - Another mining robot project with different design characteristics, such as a pre-attached bucket, compared to Astra's modular tool coupler.</li>
</ul>

<p>For more information or to contribute to the development of the LAMP project, visit the team's [https://github.com/AuroraRoboticsLab GitHub page].</p>

User:Acmattson3

2024-09-15T23:25:49Z

Frozenstiff: try and find it

== About Me ==
[[File:Andrew Mattson Portrait.jpg|alt=A portrait of a silly boi|thumb|A portrait of Andrew Mattson.]]
Welcome to my user page! My name is Andrew Mattson, and I am currently a student at the University of Alaska Fairbanks (UAF). I am pursuing a combined Bachelor's/Master's degree in Computer Science. Also check out [https://andrew-mattson.com/ my website].

== Academic and Professional Background ==
At UAF, I tutor mathematics and work on research projects related to AI and robotics while taking classes for my degrees.

=== Current Projects ===

* '''[https://www.nasa.gov/exploration-habitat-x-hab-challenge/ NASA X-HAB]:''' I am leading the Aurora Robotics Team at UAF in NASA's X-Hab Academic Innovation Challenge, where we are developing [[LUMIN]] and [[LAMP]].
* '''[[LUMINSim]]:''' I am working on developing a robotic simulator for lunar mining and infrastructure, tentatively named 'LUMINSim' (Lunar Mining and Infrastructure Network Simulator), as it effectively simulates the [[LUMIN]] system. This project involves aspects of autonomous control, communication, and terrain generation using Godot 4 and C++.
* '''[https://sssn.us/ Ant Simulation]:''' I am developing an ant simulator that can handle a large number of agents efficiently to explore concepts like pheromone trails and navigation in an environment designed in Godot 4. This is to study how behaviors emerge from systems of individual agents so I can apply what I learn to [[LUMIN]].

== Skills and Interests ==

* '''Programming:''' Skilled in Python, C, C++, and GDScript, with some knowledge of C#, JavaScript, and others. Experienced in developing simulations, AI algorithms, and server applications.
* '''Robotics:''' Interest in autonomous control systems, particularly for lunar exploration, including aspects like collision prevention and modular robot design.
* '''Artificial Intelligence:''' Enthusiastic about learning and applying AI techniques to solve complex problems in robotics and simulations.
* '''Leadership:''' Leader of the Aurora Robotics Team, where I coordinate efforts on projects such as the eXploration Habitat (X-Hab) Challenge.

== Contact ==
If you wish to collaborate or discuss computer science, AI, or robotics, [https://forms.gle/DCzoyNzndu2YePp28 feel free to reach out!]

LUMINSim

2024-09-15T23:15:23Z

Frozenstiff: added link to Astra (aka: LAMP v1)

<h1>LUMINSim</h1>
[[File:Astronaut Cinematic.png|alt=The LUMINSim astronaut standing on the edge of Shackleton crater.|thumb|The LUMINSim astronaut standing on the edge of Shackleton crater.]]
<p><strong>LUMINSim</strong> (Lunar Mining and Infrastructure Network Simulator) is an [https://github.com/auroraroboticslab/godotrobot/ open source] lunar robotic simulator developed by Aurora Robotics using [https://godotengine.org/ Godot 4]. It serves as a critical tool for testing and refining autonomous robotic operations in a simulated lunar environment, directly supporting the overarching <strong>[[LUMIN]]</strong> control system. The simulation focuses on the challenges of mining, construction, and other infrastructure tasks essential for future lunar exploration.</p>
[[File:Astra Digging.png|alt=The Astra robot digging in LUMINSim.|thumb|The Astra robot digging in LUMINSim.]]
<h2>Overview</h2>

<p>LUMINSim provides a detailed and immersive simulation environment for lunar mining operations. As part of the broader LUMIN network, it allows the team to model various robotic designs, navigation algorithms, and task execution methods under realistic lunar conditions. The simulator currently features the <strong>[[LAMP v1|Astra]]</strong> robot, the first prototype designed for lunar construction and mining.</p>

<p>The insights gained from LUMINSim's testing of Astra led to the development of a new, more versatile robot called <strong>[[LAMP]] (Lunar, Autonomous, Modular, Platform)</strong>. Astra’s limitations and inadequacies identified in LUMINSim directly informed the modular design philosophy of LAMP, highlighting the simulator's crucial role in advancing lunar robotic platforms.</p>

<h2>Features</h2>

<p>Key features of LUMINSim include:</p>
<ul>
<li><strong>Terrain Simulation:</strong> Realistic lunar terrain with adjustable parameters. The terrain colliders match the mesh, providing an accurate physical environment for robotic interactions. Terrain texture and lighting are enhanced for greater visual fidelity and accuracy.</li>
<li><strong>Autonomous Robot Control:</strong> Users can control mining robots, including the Astra prototype, in both autonomous and manual modes. Features include an in-game console for issuing commands, camera controls, and freecam mode for navigation and inspection.</li>
<li><strong>Robot Design Testing:</strong> One of LUMINSim's primary purposes is to test and validate new robotic designs. Astra, the current robot in the simulator, serves as a learning tool that guided the development of LAMP by exposing design flaws and providing insight into necessary features for lunar operations.</li>
<li><strong>Multi-Platform Support:</strong> Supports multiple platforms, including desktop and Android, providing a versatile simulation environment for different users and use cases.</li>
<li><strong>Immersive Astronaut Simulation:</strong> Allows users to control an astronaut avatar within the simulation.</li>
<li><strong>Modular Design:</strong> The modular approach supports the addition of new features, robots, terrains, and missions, aligning with LAMP's design philosophy and the adaptive nature of the LUMIN control system.</li>
<li><strong>Console Commands and UI Controls:</strong> Includes various user commands and UI elements, such as speed readouts and simulation rate adjustments to enhance the simulation experience.</li>
</ul>

<h2>Current Status and Development</h2>

<p>LUMINSim is currently in its alpha stage, with ongoing development aimed at refining robot behavior, terrain interactions, and autonomous capabilities. The latest updates focus on improving terrain generation, enhancing the control of the Astra robot, and introducing new elements such as mountable lights, speed controls, and navigation systems.</p>

<p>Although Astra is the only robot currently in the simulator, its design serves as a foundation for the ongoing development of LAMP. LUMINSim continues to be an essential testbed for validating new designs and technologies before their implementation in actual lunar operations.</p>

<h2>Related Projects</h2>

<ul>
<li>[[LAMP]] (Lunar, Autonomous, Modular, Platform) - The next-generation robot designed based on the lessons learned from testing Astra in LUMINSim.</li>
<li>[[LUMIN]] (Lunar Mining and Infrastructure Network) - The overarching control software that manages various lunar operations, using LUMINSim as its primary simulation environment for testing and development.</li>
</ul>

<h2>How to Get Involved</h2>

<p>The Aurora Robotics Team welcomes collaboration with students and researchers interested in lunar robotics, simulation, and autonomous systems. For more details on LUMINSim or to contribute to its development, please visit our [https://github.com/auroraroboticslab/godotrobot/ GitHub repository].</p>

L.A.M.P: Lunar, Autonomous, Modular Platform

2024-09-15T23:09:05Z

Frozenstiff: changed heading types

LAMP is the "hands" of the [[LUMIN]] control system. It is a modular robotic platform designed to be a general-purpose construction robot for the lunar environment. Through interactions with the LUMIN control system and other LAMPs in the field, these platforms can achieve tasks that would be extremely difficult or impossible alone.

== Overview ==
<p>The modularity of LAMP is critical to its ability to serve a wide range of needs on the Moon. From making haul runs between bases to laying cable for new construction, modularity is key. One task might simply require a flatbed for transporting materials, while another might need a specialized toolhead for trenching and a rear payload for spools of wire or tubing.</p>

=== Previous Designs: ===
* [[EXAhauler]]
* [[LAMP v1]]

== Design Philosophy ==
<p>A critical aspect of the design process is ensuring that LAMP remains versatile for multiple tasks on the Moon. Any design choices should avoid being overly specific to one task. Specialized tools for LAMP should always be built as attachments that can be easily removed when not needed. Any additions to the main frame should be designed to serve multiple purposes.</p>

<p>Another key aspect of building this platform is maintaining simplicity without compromising its ability to meet the demands of lunar infrastructure. This approach helps in several ways: </p>

# It keeps manufacturing costs down by simplifying the process.
# Simpler parts are easier to make durable,
# Re-using simpler parts across different areas of the robot becomes easier, and
# By applying points 2 and 3, repairing the robot on the Moon becomes much simpler.

=== Major Systems: ===
These afore mentioned design principles should be taken into consideration when designing the major systems of LAMP. These include, but are not limited to:

* [[Heating and Cooling]]

* [[Locomotion]]
* [[Sensor I/O]]
* [[Onboard Computing]]
* [[Power Distribution and Management]]
__FORCETOC__

Main Page

2024-09-15T23:06:54Z

Frozenstiff: /* Current Projects */ added X-hab link, page needs to be built

[[File:Original Aurora Robotics Lab Logo.png|alt=The original Aurora Robotics Lab logo, made in Paint.|thumb|The original Aurora Robotics Lab logo, made in Inkscape.]]

== Welcome to the Aurora Robotics Wiki ==
Welcome to the official wiki for '''Aurora Robotics''' at the University of Alaska Fairbanks! Our team focuses on the research, design, and development of autonomous robotics solutions for extreme environments, particularly for lunar exploration and construction.

=== About Us ===
The Aurora Robotics Team is a multidisciplinary group of students and faculty working on various projects aimed at advancing robotics technology for lunar infrastructure. Our team collaborates with NASA and other partners to explore solutions for challenges in lunar mining, habitat construction, and autonomous navigation.

=== Current Projects ===

* '''[[L.A.M.P: Lunar, Autonomous, Modular Platform|LAMP (Lunar, Autonomous, Modular, Platform)]]''': A versatile, modular robotic platform designed to serve as the "hands" of the LUMIN control system. LAMP is capable of executing a wide range of construction and transport tasks on the lunar surface. The current iteration focuses on building lunar garages and handling various infrastructure-related activities.
* '''[[LUMIN|LUMIN (LUnar Mining and Infrastructure Network)]]''': The overarching control software for all lunar operations managed by our team. LUMIN acts as the central command system, integrating platforms like LAMP to create a seamless operational network. Its adaptability and modularity allow for managing tasks ranging from autonomous construction to resource allocation.
* '''[[LUMINSim]]''': A lunar robotic simulator for LUMIN used to test and refine autonomous robot designs, guiding the development of platforms like LAMP for lunar operations.
* '''[[X-Hab 2025 NASA Proposal]]:''' The current case study for the implementation of the LUMIN and LAMP systems.

=== Our Mission ===
Our mission is to develop cutting-edge robotics solutions that address the challenges of lunar exploration and construction. By building autonomous systems like LAMP and control networks like LUMIN, we aim to contribute to the advancement of human presence on the Moon and beyond.

=== Get Involved ===
We welcome students from all backgrounds to join the Aurora Robotics Team. Whether you have experience in robotics, programming, mechanical design, or simply an interest in space exploration, there is a place for you in our team. Reach out to learn more about how you can get involved in our exciting projects!

=== Related Pages ===

* [[LAMP|LAMP (Lunar, Autonomous, Modular, Platform)]]
* [[LUMIN|LUMIN (LUnar Mining and Infrastructure Network)]]

L.A.M.P: Lunar, Autonomous, Modular Platform

2024-09-15T23:06:47Z

Frozenstiff: built out page further with more info

LAMP is the "hands" of the [[LUMIN]] control system. It is a modular robotic platform designed to be a general-purpose construction robot for the lunar environment. Through interactions with the LUMIN control system and other LAMPs in the field, these platforms can achieve tasks that would be extremely difficult or impossible alone.

== Overview ==
<p>The modularity of LAMP is critical to its ability to serve a wide range of needs on the Moon. From making haul runs between bases to laying cable for new construction, modularity is key. One task might simply require a flatbed for transporting materials, while another might need a specialized toolhead for trenching and a rear payload for spools of wire or tubing.</p>

====== Previous Designs: ======

* [[EXAhauler]]
* [[LAMP v1]]

== Design Philosophy ==
<p>A critical aspect of the design process is ensuring that LAMP remains versatile for multiple tasks on the Moon. Any design choices should avoid being overly specific to one task. Specialized tools for LAMP should always be built as attachments that can be easily removed when not needed. Any additions to the main frame should be designed to serve multiple purposes.</p>

<p>Another key aspect of building this platform is maintaining simplicity without compromising its ability to meet the demands of lunar infrastructure. This approach helps in several ways: </p>

# It keeps manufacturing costs down by simplifying the process.
# Simpler parts are easier to make durable,
# Re-using simpler parts across different areas of the robot becomes easier, and
# By applying points 2 and 3, repairing the robot on the Moon becomes much simpler.

====== Major Systems: ======
These afore mentioned design principles should be taken into consideration when designing the major systems of LAMP. These include, but are not limited to:

* [[Heating and Cooling]]

* [[Locomotion]]
* [[Sensor I/O]]
* [[Onboard Computing]]
* [[Power Distribution and Management]]

LUMIN

2024-09-15T22:36:43Z

Frozenstiff: Fixed LAMP link

<h1>LUMIN (LUnar Mining and Infrastructure Network)</h1>

<p><strong>LUMIN</strong> is the overarching control software designed to manage and coordinate various lunar operations. It acts as the central hub for autonomous and semi-autonomous systems on the Moon, ensuring that tasks such as construction, mining, and transport are executed efficiently and safely.</p>

<h2>Overview</h2>

<p>The LUMIN control system integrates various robotic platforms and tools, like the [[L.A.M.P: Lunar, Autonomous, Modular Platform|Lunar, Autonomous, Modular Platform (LAMP)]], to create a seamless operational network. LUMIN is built with flexibility in mind, allowing for the incorporation of new tools, modules, and tasks as lunar infrastructure grows.</p>

<p>[[LUMINSim]] is an open-source simulation for the LUMIN system.</p>

<h2>Core Functions</h2>

<p>LUMIN's primary functions include:</p>
<ul>
<li><strong>Autonomous Coordination:</strong> Managing multiple robotic units, including LAMP, to carry out construction, mining, and maintenance tasks.</li>
<li><strong>Data Collection and Analysis:</strong> Gathering information from the lunar environment to support decision-making processes.</li>
<li><strong>Resource Allocation:</strong> Distributing resources such as power, tools, and materials to various robotic units based on their operational needs.</li>
<li><strong>Communication:</strong> Providing a reliable communication network for all robotic platforms and tools on the Moon.</li>
</ul>

<h2>Modular Integration</h2>

<p>LUMIN is designed to support the modular nature of platforms like [[LAMP]]. It allows different modules and tools to be added or removed depending on the current mission requirements. This modularity ensures that LUMIN can adapt to various tasks, from mining to habitat construction.</p>

<h2>Future Developments</h2>

<p>As lunar operations expand, LUMIN will continue to evolve. Planned updates include enhanced AI for better decision-making, increased compatibility with new robotic platforms, and more robust resource management algorithms.</p>

<h2>Related Pages</h2>

<ul>
<li>[[LAMP|LAMP (Lunar, Autonomous, Modular, Platform)]]</li>
</ul>

L.A.M.P: Lunar, Autonomous, Modular Platform

2024-09-15T22:35:14Z

Frozenstiff: moving info around

LAMP is the "hands" of the [[LUMIN]] control system. It is a modular robotic platform designed to be a general-purpose construction robot for the lunar environment. This first iteration is specifically designed to build lunar garages out of arches, which are then buried under lunar regolith to protect astronauts and their tools.<h3>Overview</h3>

<p>The modularity of LAMP is critical to its ability to serve a wide range of needs on the Moon. From making haul runs between bases to laying cable for new construction, modularity is key. One task might simply require a flatbed for transporting materials, while another might need a specialized toolhead for trenching and a rear payload for spools of wire or tubing.</p>

<h3>Design Philosophy</h3>

<p>A critical aspect of the design process is ensuring that LAMP remains versatile for multiple tasks on the Moon. Any design choices should avoid being overly specific to one task. Specialized tools for LAMP should always be built as attachments that can be easily removed when not needed. Any additions to the main frame should be designed to serve multiple purposes.</p>

<p>Another key aspect of building this platform is maintaining simplicity without compromising its ability to meet the demands of lunar infrastructure. This approach helps in several ways: (1) it keeps manufacturing costs down by simplifying the process, (2) simpler parts are easier to make durable, (3) re-using simpler parts across different areas of the robot becomes easier, and (4) by applying points 2 and 3, repairing the robot on the Moon becomes much simpler.</p>

Main Page

2024-09-15T22:33:24Z

Frozenstiff: /* Current Projects */ fixed link that was a redirect

[[File:Original Aurora Robotics Lab Logo.png|alt=The original Aurora Robotics Lab logo, made in Paint.|thumb|The original Aurora Robotics Lab logo, made in Inkscape.]]

== Welcome to the Aurora Robotics Wiki ==
Welcome to the official wiki for '''Aurora Robotics''' at the University of Alaska Fairbanks! Our team focuses on the research, design, and development of autonomous robotics solutions for extreme environments, particularly for lunar exploration and construction.

=== About Us ===
The Aurora Robotics Team is a multidisciplinary group of students and faculty working on various projects aimed at advancing robotics technology for lunar infrastructure. Our team collaborates with NASA and other partners to explore solutions for challenges in lunar mining, habitat construction, and autonomous navigation.

=== Current Projects ===

* '''[[L.A.M.P: Lunar, Autonomous, Modular Platform|LAMP (Lunar, Autonomous, Modular, Platform)]]''': A versatile, modular robotic platform designed to serve as the "hands" of the LUMIN control system. LAMP is capable of executing a wide range of construction and transport tasks on the lunar surface. The current iteration focuses on building lunar garages and handling various infrastructure-related activities.
* '''[[LUMIN|LUMIN (LUnar Mining and Infrastructure Network)]]''': The overarching control software for all lunar operations managed by our team. LUMIN acts as the central command system, integrating platforms like LAMP to create a seamless operational network. Its adaptability and modularity allow for managing tasks ranging from autonomous construction to resource allocation.
* '''[[LUMINSim]]''': A lunar robotic simulator for LUMIN used to test and refine autonomous robot designs, guiding the development of platforms like LAMP for lunar operations.

=== Our Mission ===
Our mission is to develop cutting-edge robotics solutions that address the challenges of lunar exploration and construction. By building autonomous systems like LAMP and control networks like LUMIN, we aim to contribute to the advancement of human presence on the Moon and beyond.

=== Get Involved ===
We welcome students from all backgrounds to join the Aurora Robotics Team. Whether you have experience in robotics, programming, mechanical design, or simply an interest in space exploration, there is a place for you in our team. Reach out to learn more about how you can get involved in our exciting projects!

=== Related Pages ===

* [[LAMP|LAMP (Lunar, Autonomous, Modular, Platform)]]
* [[LUMIN|LUMIN (LUnar Mining and Infrastructure Network)]]

LAMP

2024-09-15T22:31:41Z

Frozenstiff: Frozenstiff moved page LAMP to L.A.M.P: Lunar, Autonomous, Modular Platform: Misspelled title

#REDIRECT [[L.A.M.P: Lunar, Autonomous, Modular Platform]]

L.A.M.P: Lunar, Autonomous, Modular Platform

2024-09-15T22:31:41Z

Frozenstiff: Frozenstiff moved page LAMP to L.A.M.P: Lunar, Autonomous, Modular Platform: Misspelled title

<h1>L.A.M.P.</h1>

<h2>Lunar, Autonomous, Modular, Platform</h2>

<h3>Overview</h3>

<p>LAMP is the "hands" of the [[LUMIN]] control system. It is a modular robotic platform designed to be a general-purpose construction robot for the lunar environment. This first iteration is specifically designed to build lunar garages out of arches, which are then buried under lunar regolith to protect astronauts and their tools.</p>

<p>The modularity of LAMP is critical to its ability to serve a wide range of needs on the Moon. From making haul runs between bases to laying cable for new construction, modularity is key. One task might simply require a flatbed for transporting materials, while another might need a specialized toolhead for trenching and a rear payload for spools of wire or tubing.</p>

<h3>Design Philosophy</h3>

<p>A critical aspect of the design process is ensuring that LAMP remains versatile for multiple tasks on the Moon. Any design choices should avoid being overly specific to one task. Specialized tools for LAMP should always be built as attachments that can be easily removed when not needed. Any additions to the main frame should be designed to serve multiple purposes.</p>

<p>Another key aspect of building this platform is maintaining simplicity without compromising its ability to meet the demands of lunar infrastructure. This approach helps in several ways: (1) it keeps manufacturing costs down by simplifying the process, (2) simpler parts are easier to make durable, (3) re-using simpler parts across different areas of the robot becomes easier, and (4) by applying points 2 and 3, repairing the robot on the Moon becomes much simpler.</p>