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robo-one promotes the technology and fun of robotics by challenging students to build and control bipedal robots that battle each other in competition. applying model-based design with mathworks products lets your team efficiently design and build a functioning robot for your robo-one mission.
complimentary software
mathworks provides complimentary software for this competition. if your team is participating in this competition and needs software, fill out the software request form.
the period to request software has closed.
competition resources
getting started with code examples
to access the following examples, which show how physical modeling helps with robot design, type the appropriate function at the command line:
for robot modeling using simmechanics,
mech_robot_vr
for actuator modeling using simelectronics,
elec_controlled_dcmotor, elec_linact_control,
or elec_kers
for actuator modeling using simpowersystems,
cs_robot, or power_dcmotor
for modeling sequence logic using stateflow,
sf_launchabort
for code generation,
web([docroot '/toolbox/ecoder/ecoder_example_index.html'])
videos
video tutorials for your team
interactive online tutorials
learn by doing! our two-hour online courses provide a hands-on learning environment where you will interact with a web-based version of matlab and receive instant and contextual feedback.
physical modeling video tutorials
get started modeling, simulating, and analyzing automotive systems with these free training materials.
making vehicles and robots see
get started with practical approaches to design perception algorithms using these free training materials.
code generation video tutorials
learn how to convert matlab functions and simulink models to c/c code.
mobile robotics training videos
learn to design and test autonomous robot algorithms using matlab and simulink with these free training materials.