The basis of all of intelligent robotics is tying sensing to acting. To do that we need sensors, actuators, and some connections between them; these components comprise the robots. In this class, we'll work on robots in teams. This assignment will give us greater experience with all of these aspects of robotics, as well as finally give us a chance to put them to use on physical robots.
The goals of this assignment are:
You will program and demonstrate an autonomous robot that carries out a simple set of behaviors in Felgar Hall 300. You will also turn in written material regarding the design and implementation of the robot software.
You will use ROS to control a physical TurtleBot moving in Felgar Hall 300. The behaviors your robot will carry out are the same as those from Project 1 which are as follows, ordered from highest priority to lowest:
The details of these behaviors and the overall reactive architecture are the same as for Project 1, so you should see that project for details. Indeed, it should be possible to simply use the software you implemented for Project 1 to control the robot in Project 2.
You will need to demonstrate your code to me in Felgar Hall 300 during class on Thursday, 20 April 2017.
You will turn in via D2L an electronic copy of each of the following components.
You will turn in a copy of your ROS launch file.
To explain the launch file, you will turn in a document describing it. Essentially, you need to translate the XML in this file into a textual description for a lay audience. This documentation should be from 3/4 to 1 page in length (roughly 80 characters per line, 50 lines per page), not including any figures, which may be of any length. This document must also give explicit instructions listing all steps needed to launch and run your project on the CSN Linux boxes.
You will turn in the actual code you have written to control this robot. This will be written in C++ or Python. Your source code should be well structured and well commented. It should conform to good coding standards (e.g., no memory leaks). You are required to follow the relevant ROS Style Guide (that is, either the ROS C++ Style Guide or the ROS Python Style Guide, as appropriate).
Besides the comments included with your code, you will turn in a document explaining the data structures and algorithms used in your code. This document will also describe which particular reactive architecture you chose to use, why you chose it, and what particular features of your code embody the elements or characteristics of this architectural style. This documentation should be from 1.5 to 2 pages in length (roughly 80 characters per line, 50 lines per page), not including any figures, which may be of any length.
You may write your program from scratch or may start from programs for which the source code is freely available (such as on the web or from friends or student organizations). If you do not start from scratch, you must give a complete and accurate accounting of where all of your code came from and indicate which parts are original or changed, and which you got from which other source. Similarly, for the written components of this assignment you may follow the format or content of other written works but you must give a complete and accurate accounting of who deserves credit for all parts of your documents. Failure to give credit where credit is due is academic fraud and will be dealt with accordingly. Please see OU’s academic integrity website.
You may use whatever computing resources you have access to for the
development and testing of your world and launch files and your control
code. However, your control code must compile on the CSN Linux machines
using g++ or make (if you provide a make file)
and must launch and run successfully on those machines by following the
instructions you provide on doing so.