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Stanford EE259 I Inertial sensors: accelerometer principle of operation \u0026 architecture I 2023 I Lec5

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Stanford EE259 I GPS receiver architecture, acquisition \u0026 tracking, position est. I 2023 I Lecture 4

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Stanford EE259 I GPS satellite orbits, PRN ranging I 2023 I Lecture 3

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Stanford EE259 I Ultrasonic sensor (Sonar) principle of operation \u0026 architecture I 2023 I Lecture 8

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Stanford EE259 I GPS principle of operation, ranging codes \u0026 navigation messages I 2023 I Lecture 2

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Stanford EE259 I Radar antenna designs and characteristics I 2023 I Lecture 11

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Stanford CS25: V3 I Generalist Agents in Open-Ended Worlds

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Stanford EE364A Convex Optimization I Stephen Boyd I 2023 I Lecture 10

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Stanford CS25: V2 I Neuroscience-Inspired Artificial Intelligence

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Stanford EE364A Convex Optimization I Stephen Boyd I 2023 I Lecture 15

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Stanford EE259 I Radar principle of operation \u0026 architectures (pulsed, FMCW, PMCW) I 2023 I Lec. 10

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Stanford EE259 I Gaussian beams, beam scanning techniques I 2023 I Lecture 16

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Stanford EE259 I Waveform orthogonality in MIMO radar, radar noise and interference I 2023 I Lec. 14

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Stanford EE259 I 2023 I Lecture 12 (Extra Session)

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Stanford EE259 I Lidar principle of operation, laser physics I 2023 I Lecture 15

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Stanford EE259 I Camera principle of operation and architectures, image formation I 2023 I Lec. 19

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Stanford EE259 I MIMO imaging radar, direction of arrival est, target detection I 2023 I Lecture 13

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Stanford EE259 I Radar range and velocity estimation, performance tradeoffs I 2023 I Lecture 12

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Stanford EE259 I Sonar ranging and bearing angle estimation I 2023 I Lecture 9

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Stanford EE259 I Lenses, image sensors, image signal processing I 2023 I Lecture 20

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Stanford EE259 I Inertial sensors: gyroscope principle of operation and architecture I 2023 I Lec. 6

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