TC3: Verification & Validation (V&V) and Test & Evaluation (T&E)

The hybrid dynamics of the complex cyber-physical systems within UAM networks are difficult to model and analyze to enable reasoning about human interference, intervention, guidance, and assistance. Effective V&V and T&E frameworks are needed to provide provable guarantees of correctness in the UAM network, improve safety, and provide certification methodologies for autonomous operation in the airspace.

Urgent Need for Verification & Validation (V&V) and Test & Evaluation (T&E)

UAM networks require V&V and T&E at multiple layers across multiple scales, ranging from individual vehicle components to network-level emerging behaviors. Such systems typically possess hybrid dynamics, are difficult to model and analyze, and require reasoning about human interference, intervention, guidance, and assistance. Therefore, novel V&V and T&E tools that are scalable and modular, and that can flexibly accommodate evolving specifications and requirements, are needed

TC3 will verify algorithms developed in TC1 and TC2 through the following objectives, and provide a formal framework to analyze results of tests in TC4

  • (Objective I) Verified Run-Time Assurance Mechanisms (RTA)
  • (Objective II) Hybrid UAM Model Checking
  • (Objective III) Incremental Verification Techniques
  • (Objective IV) Testing autonomous capability of UAVs using data-driven techniques