Optimal Parking, Part 1 - Problem Definition and the Kinematic Bicycle Model
The parking problem, its state and input variables, and the five-state kinematic bicycle model used by the planner.
The parking problem, its state and input variables, and the five-state kinematic bicycle model used by the planner.
The optimal-control formulation behind parking trajectories, including cost functions, constraints, MPC, and the role of SQP.
How the planner refines an initial route through sequential quadratic programs solved with OSQP.
How the native planner is organized and exposed through WebAssembly for interactive browser experiments.