Description
- To understand the state and inputs of a kinematic bicycle model
- To know how to compute control inputs for a desired bicycle model trajectory
In this assignment, you are provided with a kinematic bicycle model describing the differential equations of motion for a given vehicle, as well as its control inputs. You will discretize these equations of motion, and use them to generate trajectories for the vehicle.
Resources and Instructions
There are 2 TODO sections to complete in the given Jupyter notebook:
- Implement the step() function for the bicycle model according to the given equations of motion.
- Compute the required control inputs that cause the bicycle model to follow a specified figure 8 trajectory.
Deliverables
HTML output: In the Jupyter Notebook, go to File > Download as > HTML (.html). Submit a ZIP file containing the HTML output and the PDF file.
Run all code blocks before downloading the HTML.
Please follow the naming convention for your zip file: a7_<user_id>.zip .
