Contemporary Communications Systems Matlab Files

I manage to find the files from the book, took me some time to find it now I'm uploading it.

zip files.
for education purpose only

Cite As

Omar Ruiz (2024). Contemporary Communications Systems Matlab Files (https://www.mathworks.com/matlabcentral/fileexchange/40804-contemporary-communications-systems-matlab-files), MATLAB Central File Exchange. Retrieved September 8, 2024 .

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MatlabFiles for Contemporary Communicatios Books/

• am.m
• am_dem.m
• am_mod(a,m,ts,fc)
• analytic(x)
• bdt_f527.m
• bdt_f529.m
• bdt_f531.m
• bdt_f533.m
• bdt_f57.m
• bdt_int(x,snr_per_bit,M)
• bdt_int2(x,snr_per_bit,M)
• bientrop(p)
• bin2deci(x)
• binormal.m
• capexmpl.m
• centroid(funfcn,a,b,tol,p1,p2,p3)
• cm_dpske(E,M,mapping,sequence)
• cm_f34.m
• cm_sm32(snr_in_dB)
• cm_sm34(snr_in_dB)
• cm_sm41(snr_in_dB)
• cm_sm52(snr_in_dB)
• cnv_encd(g,k0,input)
• deci2bin(x,l)
• dis_spct.m
• dsb1.m
• dsb2.m
• dsb3.m
• dsb_dem.m
• dsb_mod(m,ts,fc)
• entropy(p)
• entropy2(p)
• env_phas(x,ts,f0)
• env_phas(x,ts,f0)
• expected(funfcn,a,b,tol,p1,p2,p3)
• exp_fnct(x,funfcn,k,T,p1,p2,p3)
• fftseq(m,ts,df)
• fm1.m
• fm2.m
• fseries(funfcn,a,b,n,tol,p1,p2,p3)
• fseriest(funfcn,t,n,tol,p1,p2,p3)
• gaus_mar(X0,rho,N)
• gngauss(m,sgma)
• huffman(p)
• il3_8fun(x,p)
• il4_8fun(x,p)
• invmulaw(y,mu)
• ip_01_01.m
• ip_01_02.m
• ip_01_03.m
• ip_01_04.m
• ip_01_05.m
• ip_01_06.m
• ip_01_07.m
• ip_01_08.m
• ip_02_02.m
• ip_02_03.m
• ip_02_04.m
• ip_02_05.m
• ip_02_06.m
• ip_02_07.m
• ip_02_08.m
• ip_02_09.m
• ip_02_10.m
• ip_03_01.m
• ip_03_02.m
• ip_03_03.m
• ip_03_04.m
• ip_03_05.m
• ip_03_07.m
• ip_03_09.m
• ip_03_10.m
• ip_03_11.m
• ip_04_04.m
• ip_04_05.m
• ip_04_07.m
• ip_04_08.m
• ip_04_09.m
• ip_04_10.m
• ip_04_11.m
• ip_04_13.m
• ip_05_04.m
• ip_05_05.m
• ip_05_06.m
• ip_05_07.m
• ip_05_08.m
• ip_05_09.m
• ip_05_10.m
• ip_05_11.m
• ip_06_01.m
• ip_06_02.m
• ip_06_03.m
• ip_06_04.m
• ip_06_05.m
• ip_06_06.m
• ip_06_07.m
• ip_06_08.m
• ip_06_09.m
• ip_06_10.m
• ip_06_11.m
• ip_06_12.m
• ip_07_01.m
• ip_07_02.m
• ip_07_03.m
• ip_07_04.m
• ip_07_05.m
• ip_07_06.m
• ip_07_07.m
• ip_07_08.m
• ip_07_09.m
• ip_07_10.m
• ip_07_11.m
• ip_07_12.m
• ip_08_01.m
• ip_08_02.m
• ip_08_03.m
• ip_08_04.m
• ip_08_05.m
• ip_08_06.m
• ip_08_07.m
• ip_08_08.m
• ip_08_09.m
• ip_08_10.m
• ip_08_11.m
• ip_08_12.m
• ip_09_04.m
• ip_09_05.m
• ip_09_06.m
• ip_09_07.m
• lambda(x)
• lambdaab(x,a,b)
• lap(x)
• lloydmax(funfcn,b,n,tol,p1,p2,p3)
• loweq(x,ts,f0)
• lssb.m
• lssb_dem.m
• lssb_mod(m,ts,fc)
• metric(x,y)
• mse_dist(funfcn,a,tol,p1,p2,p3)
• mulaw(x,mu)
• mula_pcm(a,n,mu)
• multi_gp(m,C)
• normal(x,m,s)
• nxt_stat(current_state,input,L,k)
• p_e_hd_a(gamma_db_l,gamma_db_h,k,n,d_min)
• p_e_hd_o(gamma_db_l,gamma_db_h,k,n,d_min)
• p_e_sd_a(gamma_db_l,gamma_db_h,k,n,d_min)
• p_e_sd_o(gamma_db_l,gamma_db_h,k,n,d_min)
• Q(x)
• Qfunct(x)
• quadcomp(x,ts,f0)
• rect(x)
• rectab(x,a,b)
• Rx_est(X,M)
• signum(x)
• sinc(x)
• sinc2(x)
• smldP510(snr_in_dB)
• smldP511(snr_in_dB)
• smldPe54(snr_in_dB)
• smldPe55(snr_in_dB)
• smldPe56(snr_in_dB)
• smldPe57(snr_in_dB)
• smldPe58(snr_in_dB)
• smldPe59(snr_in_dB)
• spower(x)
• ss42.m
• ss_mlsrs(connections)
• ss_Pe42(rho_in_dB)
• ss_Pe94(snr_in_dB, Lc, A, w0)
• ss_Pe96(rho_in_dB)
• ss_Pe97(rho_in_dB)
• ss_tbl31.m
• test.m
• uq_dist(funfcn,b,c,n,delta,s,tol,p1,p2,p3)
• uq_mdpnt(funfcn,b,n,delta,tol,p1,p2,p3)
• ussb_mod(m,ts,fc)
• u_pcm(a,n)
• variance(funfcn,a,b,tol,p1,p2,p3)
• viterbi(G,k,channel_output)
• VQ(training_seq,dimension,codebook_size,tolerance)
• xrc(f,alpha,T)
• x_a2_fnct(x,funfcn,a,p1,p2,p3)
• x_fnct(x,funfcn,p1,p2,p3)