A Systematic Approach to Learning Robot Programming with Ros

ROS is becoming the de facto means of robot programming, and is expected to be crucial for robotics development in self-driving cars, service robots, military robots, industrial robots, aerial drones, underwater robots, and smart buildings and cities. This text is for senior undergraduate and gradua [...]
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ROS is becoming the de facto means of robot programming, and is expected to be crucial for robotics development in self-driving cars, service robots, military robots, industrial robots, aerial drones, underwater robots, and smart buildings and cities. This text is for senior undergraduate and graduate students, as well as professionals learning or working in automation. The ROS style of programming offers many benefits to developers, including: access to a large library of ROS packages; open-source repositories; rapid prototyping of new robots, sensors and actuators; ability to develop code in realistic dynamic simulations; and ability to deploy systems that exploit distributed processing.