Importance of Mixture Model and Task-based Refinement
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Emergent Driving Modes
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Results on CARLA Benchmark
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Results on CARLA NoCrash Benchmark
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Results on AnyWeather Benchmark
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CILRS: Collision, infraction
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LSD: No collision, proper braking
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Formal Definition of Imitation Learning General Imitation Learning
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Challenges of Behavior Cloning
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Experiment by Held and Hein
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Distribution over Driving Actions
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Dagger with Critical States and Replay Buffer
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Evaluation
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Infractions Analysis
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Training Variance
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Qualitative Results
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Summary
Description:
Explore a keynote presentation on developing robust driving policies for autonomous vehicles, delivered at the CVPR Workshop on Autonomous Driving. Delve into two cutting-edge approaches that achieve state-of-the-art performance in the CARLA simulator. Discover a novel framework for situational driving policies that adapts to diverse scenarios, resulting in a 98% success rate on the CARLA driving benchmark. Examine the challenge of covariate shift in imitation learning and learn about a new technique that improves generalization by sampling critical states and using a replay buffer. Analyze the performance results on various CARLA benchmarks, including the NoCrash benchmark with dense traffic conditions. Gain insights into the importance of mixture models, task-based refinement, and emergent driving modes in developing robust autonomous driving systems.