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In this episode, we take a deep dive into the fascinating world of self-driving cars—how they see, think, and drive. From the powerful sensors like LiDAR and radar that feed real-time data, to the AI-driven perception systems that detect lanes, objects, and pedestrians, we break down the entire autonomy stack. You’ll learn how localization keeps the car precisely positioned, how prediction and planning work together to navigate traffic, and how advanced control algorithms translate decisions into smooth driving. We also explore the programming languages, frameworks, and simulation tools engineers use to build and test these intelligent machines. Whether you’re a tech enthusiast or aspiring engineer, this episode unpacks the brain behind the wheel.
In this episode, we take a deep dive into the fascinating world of self-driving cars—how they see, think, and drive. From the powerful sensors like LiDAR and radar that feed real-time data, to the AI-driven perception systems that detect lanes, objects, and pedestrians, we break down the entire autonomy stack. You’ll learn how localization keeps the car precisely positioned, how prediction and planning work together to navigate traffic, and how advanced control algorithms translate decisions into smooth driving. We also explore the programming languages, frameworks, and simulation tools engineers use to build and test these intelligent machines. Whether you’re a tech enthusiast or aspiring engineer, this episode unpacks the brain behind the wheel.