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Radar gun and ranging DSP realization
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Unified set bandwidth (BandWidth), and pulse wide (TimeWidth), and sampling rate (Fs), and pulse repeated frequency (PRF), and radar RF (RF), and noise power (NoisePower), with MATLAB produced 16 a linear FM (LFM) pulse signal, each pulse has 4 a target (still, speed, negative high-speed, high-speed), Qian 3 a target speed and distance fixed, 4th a target of speed and distance and learn, related. Same 3 goals, 3rd half of the target range is 3, and the target the same distance with the 2nd movement. Followed by do following processing: 2.1.1 pulse pressure 2.1.2 adjacent 2 pulse do MTI (that adjacent 2 a pulse corresponding subtraction), produced 15 a pulse 2.1.3 16 a pulse to align Hou, do MTD, output 16 a more general Le channel 2.1.4 change PRF Hou, using two times PRF Xia different of speed results, seeking not fuzzy speed 2.1.5 selected do: on MTD results do CFAR (constant virtual police)
sunzengzhyen 1 0
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The radar gun and ranging MATLAB
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Unified set bandwidth (BandWidth), and pulse wide (TimeWidth), and sampling rate (Fs), and pulse repeated frequency (PRF), and radar RF (RF), and noise power (NoisePower), with MATLAB produced 16 a linear FM (LFM) pulse signal, each pulse has 4 a target (still, speed, negative high-speed, high-speed), Qian 3 a target speed and distance fixed, 4th a target of speed and distance and learn, related. Same 3 goals, 3rd half of the target range is 3, and the target the same distance with the 2nd movement. Followed by do following processing: 2.1.1 pulse pressure 2.1.2 adjacent 2 pulse do MTI (that adjacent 2 a pulse corresponding subtraction), produced 15 a pulse 2.1.3 16 a pulse to align Hou, do MTD, output 16 a more general Le channel 2.1.4 change PRF Hou, using two times PRF Xia different of speed results, seeking not fuzzy speed 2.1.5 selected do: on MTD results do CFAR (constant virtual police)
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