Project Objectives
High Priority Objectives
Achieve single drone trajectory control based on robust infrared-based localization algorithm
Second Priority Objectives
Achieve trajectory control on multi-agent system
Other Constraints and Issues
Determination of orientation is also desirable
WOW Design Solution
Formation control of multiple drones
Risk Reduction Strategy
Localization: The HTC Vive system relies on infrared periodic scans, and we expect errors to be introduced by ambient light. The strategy against it is to apply an algorithm called Kalman filter.
Orientation Determination: The current approach toward determining orientation is by putting two infrared receiver on the drone. However, good orientation may require extremely precise localization because the drone is not very big. We need to verify how good the localization is, and determining if we should change our approach.
Intermediate Milestones
Identifying meaningful intermediate milestones is a critical for effective project management. Together with your sponsor identify such milestones, and specify specific performance requirements you aim to meet at each milestone.
Localization. using HTC Vive system
supply research for infrared sensor: diodes, high-pass filter, amplifier
circuitry for sensor
measurements
signal processing: Kalman fiters
determine orientation
Flight Trajectory Control. primarily using PID
control to stay on a single waypoint
algorithm to segmentize a trajectory into waypoints
algorithm for smooth continuous movements over multiple waypoints
Formation Control