Robots Robots Robots
#robotics, #robots, #intermediate
Model, Platform, Hardware, Data Visualization
Zero Robotics is a robotics challenge where students have the opportunity to utilize the International Space Station as a laboratory to test programming codes from the ground using Synchronized, Position, Hold, Engage, Reorient Experimental Satellites (SPHERES). The program, led by MIT, is aimed at engaging students in innovative, complementary learning opportunities, as well as increasing student interest in science, technology, engineering, and mathematics. NASA joined the Defense Advanced Research Projects Agency, Massachusetts Institute of Technology (MIT), the European Space Agency, the Center for the Advancement of Science in Space and IT consulting firm Appirio in hosting the live microgravity competition.
NASA’s SPHERES program – Synchronized Position Hold, Engage, Reorient, Experimental Satellites --consist of three free flying vehicles inside the International Space Station identifiable by their shell colors of Red, Blue, and Orange. Initially the SPHERES were designed for testing of control theory algorithms. The Satellites are about the size and mass of a bowling ball and use cold gas thrusters (CO2) to propel the vehicles around a fixed experimental volume. The SPHERES program currently operates out of the Japanese Experimental Module (JEM) inside Station. SPHERES uses ultrasound beacons as a metrology system to identify its position in conjunction with accelerometers, and gyroscopes.
Zero Robotics is a robotics programming competition that starts online with teams programming a space bot (called SPHERES) to solve problems onboard the International Space Station. An astronaut conducts the competition in zero g with a live broadcast for viewers back home on planet Earth.
We want you to create your own Earth-based robotics competition: build a robot, program it, and create your own competition with friends, co-workers, and/or members of your community. You can choose do any or all of these steps, or build an app to simulate Zero Robotics competition on your mobile device. Surprise us.
Or, you can design an app that helps you better understand, practice, compete, or receive timely updates on intermediate and final competition results? Or, you can create a smartphone app to simulate a SPHERE in NASA’s zero robotics challenge so that you can rely on more than just your software simulation to develop your strategy.
ConsiderationsYou can tackle any or all of the following:
- Create your own Earth-based robotics competition: build a robot, program it, and create your own competition with friends, co-workers, and/or members of your community;
- Build an app to simulate Zero Robotics competition on your mobile device;
- Build an app to participate in Zero Robotics – understand, practice, compete, or receive updates; and/or
- Create a smartphone app to simulate a SPHERE robot on the International Space Station.
Sample Resources(Participants do not have to use these resources, and NASA in no way endorses any particular entity listed).
- Zero Robotics tutorials: http://zerorobotics.mit.edu/tutorials/
- Zero Robotics API: http://static.zerorobotics.mit.edu/docs/tutorials/ZR_user_API.pdf
- International Space Station SPHERES-ZeroRobotics experiment: http://www.nasa.gov/mission_pages/station/research/experiments/690.html
- NASA SPHERES program: http://www.nasa.gov/spheres
- NASA SPHERES Mission overview: http://www.nasa.gov/spheres
- Robotic sensors: http://www.nasa.gov/centers/johnson/techtransfer/technology/sensors
- Passive and active sensors: http://www.nasa.gov/directorates/heo/scan/communications/outreach/funfacts/txt_passive_active
- ZeroRobotics videos from Space Station experiments: https://www.youtube.com/user/MITSpaceSystemsLab/videos
The following projects are solving this challenge:
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Magnetized Spherical Robot
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Recolector de basura espacial Wall-As
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Advanced walker (In Space Mission and In Army)
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Yunwei Lunar Rover
Two astronauts may use the instruments installed in the parent vehicle which include electric drive devices, thermal imager and radar. The primary driver takes the responsibility of controlling the movement of the parent vehicle through a joystick as well as using the thermal imager and the radar... Visit Project
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0016- robot digger
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#Bender Somos Uvg Sur somos el equipo desarrollador de #Bender echo con legos el robot exploratorio terrestre adaptable nuestro EV3 de lego nos permite intercambiar y adaptar infinidad de piezas para que #Bender sea tan adaptable en cualquier situación utilizando open source hace que #Bender ... Visit Project
Robot Robot Robot Space Space Squid
We're aiming to create a flexible set of tools that can achieve many goals: robotics education, fast testing of prototypes, research, zero-G lab-work automation. We've produced a small, inexpensive "squid" robot with swappable, easily customised 3d printed parts. Configurable options include ... Visit Project
Space Drone is a robot in which it will be integrate a voice recognition system and sensors, that helps astronauts in their mission to fix some breakdown of a satellite by loading equipment needed in his mission.so this robots will be always in a fixed distance between it and the astronaut. Visit Project
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I'm Andi Gashi participate in this event at NASA Space Apps Challange at Vushtrri with a few projects in the category of Robotics. One of them is the crane, with which I presented a classic model of a crane. A have also presented an electric saw and a plane that works with solar energy. I also... Visit Project
Space Z Rally
Our initial prototype will work with a chassis of SparkFun Electronics magiccian replacing bot zero space robotics, which is equated with YUN arduino as its controller; with web communication capabilities having the arduino YUN will make a website that will be the means of control and communicat... Visit Project
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ROBO-FABRIC is a project about the birth of a robot from waste plastics. This process has several steps which are executed separately as follows: On the first step an extruder machine uses ABS plastic material from old keyboards that we recycle to produce the filament material with 1.75 mm diame... Visit Project
Kuriositi is a robot built on the Raspberry Pi platform. It can be controlled remotely using web or mobile application. Also it supports all kinds of sensors which can extend its purpose and make different analysis. This kind of robot is not expensive to make and can encourage young people to exp... Visit Project
¡¡¡¡¡¡ LUCHO SOY RECICLADO !!!!!!
Muestra experiencia: Ok, si te has interesado, te gustara saber que nosotros ya hemos desarrollado nuestro robot reciclado. Nuestro robot se llama "Lucho" y es un robot asistente y esta diseñado con latas de bebidas , CD ,motores de impresoras , led reciclados. solo hemos utilizado en su con... Visit Project
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