Zero Robotics Opens Algorithm Competition for Controlling Space Satellites

TopCoder®, Inc., the world's largest competitive Community of nearly 500,000 digital creators, today announced registration has opened for an algorithm competition from Zero Robotics which seeks computationally efficient code solutions to control a satellite in space.

The online challenge begins September 7th with a live webcast kickoff and is open to all eligible high school students. Complete details about the competition and registration are available at http://www.zerorobotics.org


Competitors in the tournament will be tasked with programming active experimental satellites called SPHERES. The competition starts online where teams compete to solve an annual challenge guided by mentors. Students can create, edit, share, save, simulate and submit code, all from a web browser. After several phases of virtual competition, finalists are selected to compete in a live championship aboard the International Space Station. There is no cost to participate.

How to register

1.Go to http://www.zerorobotics.org.
2.Log In or Create an Account.
3.Click "Tournaments" and register for the High School Tournament 2013.
4.Create a team and invite other users.

Sponsored by DARPA, NASA, and CASIS and run by the MIT Space Systems Laboratory, TopCoder and Aurora Flight Sciences, Zero Robotics is a programming tournament that opens the SPHERES satellite research platform to the general public. Originally developed to engage U.S. middle and high school students in science, technology, engineering and mathematics (STEM), Zero Robotics includes a web-based development environment to create programs for the SPHERES satellites and run simulations to evaluate resulting performance.

Featured Product

Omron Adept Lynx Cart Transporter

Omron Adept Lynx Cart Transporter

The Omron Adept Lynx Cart Transporter is an Autonomous Intelligent Vehicle (AIV) designed to attach to movable carts and transport them from a pickup location to a drop off location. Applications include line-side inventory replenishment, moving flow racks, transporting Work in Progress (WIP) between process steps, and moving finished goods to the warehouse. The Lynx Cart transporter leverages Natural Feature Navigation to autonomously find a path through the facility without the need for any facility modifications necessary.