Control Systems Analysis Framework - a framework to minimize the effort required to evaluate, implement, and verify controller design (classical and learning enabled) with respect to the system dynamics.
BSD 3-Clause "New" or "Revised" License
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CP 3.2 End to End demo Video #2: 1x intruder, 1x static object with Run Time Assurance #123
1x F16 intruder, Non-Adversarial, non-cooperative , fixed course and speed (2D only)(TBD perhaps have intruder make one CA maneuver?). TODO REVIEW
1x static ballon/keep out region (select mountain in the flight gear terrain data base)
ACAS-Xu auto pilot, FITRE trained inner loop LEC
Configure flight gear to visualize a perspective view that can observe intruder, balloon and F-16
RTA integrated into CSAF
Use "f16-acas-constrained-bopt.ipynb"
t0 = initial condition, F16 will “Lose Well Clear” @ time tx
tx = CSAF computes trajectory and “Loss of Well Clear” triggers the Collision Avoidance threshold
tx+1= ACAS Xu LEC computes Collision Avoidance Maneuver (CAM) with RTA to “regain Well Clear”
Success “Remain Well Clear”
Optional: Demonstrate F-16 returns to "mission way point"
Storyboard Configuration
Use "f16-acas-constrained-bopt.ipynb" t0 = initial condition, F16 will “Lose Well Clear” @ time tx tx = CSAF computes trajectory and “Loss of Well Clear” triggers the Collision Avoidance threshold tx+1= ACAS Xu LEC computes Collision Avoidance Maneuver (CAM) with RTA to “regain Well Clear” Success “Remain Well Clear” Optional: Demonstrate F-16 returns to "mission way point"