Deep learning serves as the primary engine for modern autonomous vehicle development, shifting software engineering from manual instruction to a data-centric "Software 2.0" paradigm. Andrej Karpathy, Director of AI and Autopilot Vision at Tesla, explains that neural networks now handle complex tasks like bird's-eye view scene reconstruction and temporal tracking, tasks previously managed by brittle, human-written code. Success in this field relies on massive dataset curation, where engineers identify and label edge cases—such as flickering stop signs or occluded objects—to iteratively improve model performance. Unlike approaches requiring high-definition maps and expensive LiDAR, Tesla’s vision-only strategy leverages millions of vehicles to achieve scale, treating the entire fleet as a continuous data-gathering engine. This transition highlights a fundamental shift where algorithmic progress is increasingly constrained by available compute and data quality rather than human ingenuity alone.
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