Highlights from
MATLAB Simulations for Radar Systems Design
- Capped_Wedge_GUI(varargin) CAPPED_WEDGE M-file for Capped_Wedge.fig
- LFM_gui(varargin) LFM_GUI M-file for LFM_gui.fig
- array(varargin) ARRAY M-file for array.fig
- clutter_rcs_gui(varargin) CLUTTER_RCS_GUI M-file for clutter_rcs_gui.fig
- kalman_gui(varargin) KALMAN_GUI M-file for kalman_gui.fig
- linear_array_gui(varargin) LINEAR_ARRAY_GUI M-file for linear_array_gui.fig
- matched_filter_gui(varargin) MATCHED_FILTER_GUI M-file for matched_filter_gui.fig
- myradar_visit2_2_gui(varargin... MYRADAR_VISIT2_2_GUI M-file for myradar_visit2_2_gui.fig
- rcs_aspect_driver() This is the machine-generated representation of a Handle Graphics object
- rcs_circ_plate_driver() This is the machine-generated representation of a Handle Graphics object
- rcs_cylinder_driver() This is the machine-generated representation of a Handle Graphics object
- rcs_ellipsoid_driver() This is the machine-generated representation of a Handle Graphics object
- rcs_frequency_driver() This is the machine-generated representation of a Handle Graphics object
- rcs_frustum_driver() This is the machine-generated representation of a Handle Graphics object
- rcs_isosceles_driver() This is the machine-generated representation of a Handle Graphics object
- rcs_rect_plate_driver() This is the machine-generated representation of a Handle Graphics object
- stretch_gui(varargin) STRETCH_GUI M-file for stretch_gui.fig
- DielCappedWedgeTMFields_Ls(v,... Function to calculate the near field components of a capped wedge
- DielCappedWedgeTMFields_PW(v,... Function to calculate the near field components of a capped wedge
- LFM(B,T); Compute alpha
- addnoise(trajectory, sigmaaz,... addnoise.m
- barker_ambig(uinput) Compute and plot the ambiguity function for a Barker code
- burn_thru (pt, g, sigma, freq...
- circ_array(N,dolxr,dolyr,thet...
- clutter_rcs(sigma0, thetaE, t... This function calculates the clutter RCS and the CNR for a ground based radar.
- cylinder (r, h, lambda) This program compute monostatic RCS for a cylinder
- dbesselh(nu,kind,z)
- dbesselj( nu,z )
- dbessely( nu,z )
- double_canceler(fofr1)
- factor(n) Compute the factorial of n using logarithms to avoid overflow.
- fluct_loss(pd, pfa, np, sw_ca... This fucntion calculates the SNR fluctiation loss for Swerling models
- fresnelc(x)
- fresnels(x)
- ghk_tracker (X0, smoocof, inp... read the intial estimate for the state vector
- hrr_profile (nscat, scat_rang... Range or Time domain Profile
- improv_fac (np, pfa, pd) This function computes the non-coherent integration improvment
- incomplete_gamma ( vt, np) This function implements Eq. (2.67) to compute the Incomplete Gamma Function
- kalfilt(trajectory, x0, P0, p... kalfilt.m
- kalm(start_loc, velocity, yam...
- kalman_filter(npts, T, X0, in... read the intial estimate for the state vector
- lfm_ambg(taup, b, up_down)
- linear_array(Nr,dolr,theta0,w... This function computes and returns the gain radiation pattern for a linear array
- makeellip( x0, y0, radiusx, r...
- maketraj(start_loc, xvelocity...
- marcumsq (a,b) This function uses Parl's method to compute PD
- matched_filter(nscat,taup,b,r... time bandwidth product
- mono_pulse(phi0)
- normrnd(mu,sigma,m,n); NORMRND Random matrices from normal distribution.
- pd_swerling1 (nfa, np, snrbar... This function is used to calculate the probability of detection
- pd_swerling2 (nfa, np, snrbar... This function is used to calculate the probability of detection
- pd_swerling3 (nfa, np, snrbar... This function is used to calculate the probability of detection
- pd_swerling4 (nfa, np, snrbar... This function is used to calculate the probability of detection
- pd_swerling5 (input1, indicat... This function is used to calculate the probability of detection
- planar_array_gui(varargin) PLANAR_ARRAY_GUI M-file for planar_array_gui.fig
- polardb(theta,rho,line_style) POLARDB Polar coordinate plot.
- power_aperture(snr,tsc,sigma,...
- power_integer_2 (x)
- prn_ambig(uinput) Compute and plot the ambiguity function for a PRN code
- pulse_integration(pt, freq, g...
- que_func(x) This function computes the value of the Q-function
- radar_eq(pt, freq, g, sigma, ...
- radar_eq_PC(np,pt, freq, g, s...
- range_red_factor (te, pj, gj,... This function computes the range reduction factor and produces
- rcs_aspect(scat_spacing, freq... This function demonstrates the effect of aspect angle on RCS
- rcs_circ_plate (r, freq) This program calculates and plots the backscattered RCS of
- rcs_cylinder(r1, r2, h, freq,... rcs_cylinder.m
- rcs_ellipsoid (a, b, c, phi) This program computes the back-scattered RCS for an ellipsoid.
- rcs_frequency (scat_spacing, ... This program demonstrates the dependency of RCS on wavelength
- rcs_frustum (r1, r2, h, freq,... This program computes the monostatic RCS for a frustum.
- rcs_isosceles (a, b, freq, ph... This program caculates the backscattered RCS for a perfectly
- rcs_rect_plate(a, b, freq) This program computes the backscattered RCS for a rectangular
- rec_to_circ(N)
- rect_array(Nxr,Nyr,dolxr,doly...
- rndcheck(nargs,nparms,arg1,ar... RNDCHECK error checks the argument list for the random number generators.
- single_canceler (fofr1)
- single_pulse_ambg (taup)
- sir (pt, g, sigma, freq, tau,...
- soj_req (pt, g, sigma, b, fre... This function implements equations for SOJs
- ssj_req (pt, g, freq, sigma, ... This function implements Eq.s (10.9)
- stretch(nscat,taup,f0,b,rrec,...
- threshold (nfa, np) This function calculates the threshold value from nfa and np.
- train_ambg (taup, n, pri)
- wedgeTMfields(v,rho,rhop,phii... Function to calculate the near field components of a sharp wedge
- Capped_WedgeTM.m
- Fig2_3.m
- Fig2_7.m
- Fig2_8.m
- Fig4_2.m
- Fig4_6.m
- PolKal.m
- casestudy1_1.m
- circular_array.m
- clutterrcsgui.m
- cylinderi.m
- example11_1.m
- fig10_8.m
- fig11_18a.m
- fig12_12-13.m
- fig1_12.m
- fig1_13.m
- fig1_16.m
- fig1_19.m
- fig1_21.m
- fig1_23.m
- fig1_27.m
- fig1_28.m
- fig2_10.m
- fig2_11ab.m
- fig2_12.m
- fig2_13.m
- fig2_14.m
- fig2_16.m
- fig2_2.m
- fig2_21.m
- fig2_6a.m
- fig2_6b.m
- fig2_9.m
- fig3_17.m
- fig3_7.m
- fig3_8.m
- fig3_8_v1.m
- fig3_8a.m
- fig4_4.m
- fig4_5.m
- fig4_8.m
- fig5_14.m
- fig5_3.m
- fig710.m
- fig7_10.m
- fig7_10a.m
- fig7_10b.m
- fig7_10c.m
- fig7_11.m
- fig7_9.m
- fig8_5.m
- fig8_53.m
- fig8_7.m
- fig9_20.m
- fig9_21.m
- fig9_27.m
- fig9_28.m
- figs13.m
- fxdwght.m
- initialize.m
- mismatch.m
- myradar_visit2_1.m
- myradar_visit2_2.m
- myradar_visit4.m
- myradar_visit6.m
- myradar_visit7.m
- myradar_visit8.m
- myradarvisit1_1.m
- prob_snr1.m
- range_red_factor_bat.m
- range_red_factori.m
- rcs_cylinder_cmplx.m
- rcs_frustum1.m
- rcs_sphere.m
- scan_loss.m
- sinc1.m
- snr_sp.m
- soj_req_bat.m
- soj_reqi.m
- sphereRCS.m
- ssj_req_bat.m
- ssj_reqi.m
- testkalm.m
- wedgeTM.m
- View all files
from
MATLAB Simulations for Radar Systems Design
by Bassem Mahafza
MATLAB Simulations for Radar Systems Design |
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