Allow engineers to use MATLAB and Simulink to design, test, and deploy robotics algorithms.

Single, integrated design environment to design, test, and deploy and unlocked algorithm development and system design capabilities are always a game-changer when it comes to enhanced productivity and collaboration, innovation, performance and security.  

Henceforth  with Robotics System Toolbox ( an interface and complete integration between MATLAB and Simulink, and the Robot Operating System (ROS)), robotics researchers and engineers can work in a single, integrated design environment to design, test, and deploy robotics algorithms on ROS-enabled robots and robot simulators such as Gazebo and V-REP. 

You can now focus on design explorations and iterations by reducing the manual rework of conversion from MATLAB to ROS. 

In fact, Connectikpeople.co recalls that Researchers, engineers, and students can now develop a variety of mobile robot applications for use in automotive, aerospace, defense, medical, and industrial automation systems in an exciting integrated environment featuring MATLAB and Simulink, and ROS-enabled robots and simulators.

Engineers can also inter alia: design and prototype motor control, computer vision, and state machine applications in MATLAB or Simulink, and they can integrate them with core algorithms in Robotics System Toolbox. 

For those who Unfamiliar, Connectikpeople.co recalls that Robotics students and educators are already using MATLAB and Simulink to develop algorithms, visualize robot behavior, and analyze log data. Henceforth, they can program a robot or a simulator inside MATLAB and Simulink while continuing to work with MathWorks hardware support packages for robotics hardware.