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- % Exercise 2: Radar
- % Name: Henning Schei
- % Antenna param
- f = 9400e6;
- v_beamw = 15; %deg
- G = 33; %dB
- azimuth_rr = 20; %rpm
- P_t = 25e3; %W
- tau = .15e-6;
- prr = 4000; %Hz
- F_r = 5; %dB
- sigma = 10; % m^2
- system_loss = 12; %dB
- R_bw = 15e6;
- %Avg false alarm time
- avg_f_t_time = 4*60*60; %s
- Pfa = power(R_bw*avg_f_t_time,-1);
- n = 26;
- Pd = 0.4:0.01:0.99;
- SNR_dB = zeros(1,numel(Pd));
- SNR = zeros(1,numel(Pd));
- for i =1:numel(Pd)
- SNR_dB(i) = calcSNR(Pd(i), Pfa,n);
- SNR(i) = power(10,SNR_dB(i)/10);
- end
- R_max = zeros(1,numel(Pd));
- for i = 1:numel(Pd)
- R_max(i)= (P_t * power(10,(G/10) * 1*sigma)/ (power(4*pi,2) *1.3e-23*R_bw*10^(F_r/10)*SNR(i) ));
- end
- E = efficiencyFactor(Pd,Pfa,26);
- n = 26;
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