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Good Fences Make Good Neighbors: Using Formally Verified Safe Trajectories to Design a Predictive Geofence Algorithm ... To read the full-text of this research, ...
To enable geographic confinement of such AI-controlled vehicles, we present a formally verified algorithm for predicting geofence violations and selecting a ...
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May 19, 2021 · To enable geographic confinement of such AI-controlled vehicles, we present a formally verified algorithm for predicting geofence violations and ...
Good Fences Make Good Neighbors - Using Formally Verified Safe Trajectories to Design a Predictive Geofence Algorithm.
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Good Fences Make Good Neighbors - Using Formally Verified Safe Trajectories to Design a Predictive Geofence Algorithm. NFM 2021: 214-230; 2020. [c1]. view.
Formal verification of neural ... Good Fences Make Good Neighbors: Using Formally Verified Safe Trajectories to Design a Predictive Geofence Algorithm.
Good Fences Make Good Neighbors: Using Formally Verified Safe Trajectories to Design a Predictive Geofence Algorithm ... perfect algorithmic results. ACM is ...
This book constitutes the proceedings of the 13th International Symposium on NASA Formal Methods, NFM 2021, held virtually in May 2021.
Apr 25, 2024 · Good Fences Make Good Neighbors - Using Formally Verified Safe Trajectories to Design a Predictive Geofence Algorithm. NFM 2021: 214-230. [c6].
Good Fences Make Good Neighbors: Using Formally Verified Safe Trajectories to Design a Predictive Geofence Algorithm ... A Formally Verified Hybrid System ...