02.12.2011, Результаты многокритериальной оптимизации

Материал из SRNS

<accesscontrol>SuperUsers</accesscontrol> Результаты расчетов

Частотный диапазон L1

L1OC

Multi-objective optimization for L1OC signal
Signal	Antijamming	Astronomy	Accurancy	MultiPath	Inter from GPS	Inter to GPS	Search	Complexity	Intra	Norm
BoCsin(3.000, 0.500) at 1570 $f_b$	0.127	0.430	0.036	0.249	0.788	0.848	0.167	0.678	0.599	0.5955
BoCsin(3.250, 0.500) at 1563 $f_b$	0.118	0.523	0.030	0.235	0.791	0.883	0.167	0.700	0.594	0.6182
BoCsin(3.500, 0.500) at 1562 $f_b$	0.110	0.387	0.026	0.217	0.786	0.860	0.167	0.723	0.587	0.6112
BoCsin(3.500, 0.500) at 1569 $f_b$	0.110	0.627	0.026	0.217	0.793	0.856	0.167	0.723	0.587	0.6369
BoCsin(3.750, 0.500) at 1568 $f_b$	0.104	0.645	0.023	0.198	0.806	0.862	0.167	0.745	0.591	0.6510
BoCsin(4.000, 0.500) at 1568 $f_b$	0.098	0.527	0.020	0.164	0.783	0.868	0.167	0.766	0.592	0.6443
BoCsin(4.250, 0.500) at 1567 $f_b$	0.093	0.559	0.017	0.158	0.781	0.837	0.167	0.788	0.584	0.6543
BoCsin(4.500, 0.500) at 1567 $f_b$	0.088	0.444	0.015	0.156	0.752	0.817	0.167	0.811	0.592	0.6496
BoCsin(4.750, 0.500) at 1566 $f_b$	0.084	0.462	0.013	0.150	0.477	0.606	0.167	0.830	0.592	0.6209
BoCsin(5.000, 0.500) at 1566 $f_b$	0.079	0.369	0.010	0.144	0.415	0.609	0.167	0.853	0.583	0.6210
BoCsin(5.250, 0.500) at 1565 $f_b$	0.076	0.409	0.008	0.140	0.398	0.576	0.167	0.872	0.588	0.6315
BoCsin(5.500, 0.500) at 1564 $f_b$	0.073	0.419	0.006	0.128	0.641	0.721	0.167	0.895	0.585	0.6715
BoCsin(5.500, 0.500) at 1565 $f_b$	0.073	0.301	0.006	0.128	0.347	0.509	0.167	0.895	0.585	0.6291
BoCsin(5.750, 0.500) at 1564 $f_b$	0.069	0.348	0.005	0.128	0.490	0.577	0.167	0.915	0.590	0.6560
BoCsin(6.000, 0.500) at 1564 $f_b$	0.067	0.240	0.004	0.123	0.429	0.520	0.167	0.934	0.579	0.6525
BoCsin(6.250, 0.500) at 1564 $f_b$	0.065	0.398	0.003	0.112	0.377	0.470	0.167	0.955	0.585	0.6690
BoCsin(6.500, 0.500) at 1565 $f_b$	0.063	0.606	0.001	0.112	0.143	0.319	0.167	0.977	0.595	0.6879
BoCsin(6.750, 0.500) at 1565 $f_b$	0.060	0.706	0.000	0.106	0.116	0.289	0.167	0.995	0.595	0.7087
BoCsin(3.000, 0.750) at 1564 $f_b$	0.120	0.520	0.036	0.261	0.852	0.904	0.250	0.678	0.450	0.6121
BoCsin(3.375, 0.750) at 1562 $f_b$	0.108	0.484	0.028	0.235	0.784	0.859	0.250	0.717	0.453	0.6127
BoCsin(3.750, 0.750) at 1568 $f_b$	0.099	0.685	0.023	0.178	0.808	0.864	0.250	0.748	0.435	0.6515
BoCsin(4.125, 0.750) at 1568 $f_b$	0.091	0.652	0.019	0.174	0.787	0.860	0.250	0.783	0.441	0.6615
BoCsin(4.500, 0.750) at 1567 $f_b$	0.085	0.470	0.015	0.164	0.761	0.824	0.250	0.817	0.438	0.6508
BoCsin(4.875, 0.750) at 1566 $f_b$	0.079	0.437	0.012	0.152	0.474	0.614	0.250	0.850	0.442	0.6238
BoCsin(5.250, 0.750) at 1564 $f_b$	0.074	0.577	0.008	0.140	0.712	0.787	0.250	0.881	0.450	0.6866
BoCsin(5.250, 0.750) at 1565 $f_b$	0.074	0.452	0.008	0.140	0.425	0.596	0.250	0.881	0.450	0.6382
BoCsin(5.625, 0.750) at 1565 $f_b$	0.069	0.423	0.006	0.117	0.352	0.511	0.250	0.915	0.439	0.6443
BoCsin(6.000, 0.750) at 1564 $f_b$	0.065	0.272	0.004	0.097	0.446	0.539	0.250	0.946	0.446	0.6579
BoCsin(6.375, 0.750) at 1565 $f_b$	0.062	0.642	0.002	0.231	0.205	0.379	0.250	0.978	0.431	0.6924
BoCsin(3.500, 1.000) at 1562 $f_b$	1.000	0.416	0.027	0.178	0.786	0.859	0.333	0.730	0.350	0.6733
BoCsin(4.500, 1.000) at 1567 $f_b$	0.081	0.480	0.015	0.162	0.766	0.828	0.333	0.825	0.344	0.6577
BoCsin(5.000, 1.000) at 1566 $f_b$	0.743	0.556	0.010	0.134	0.469	0.645	0.333	0.870	0.341	0.6820
BoCsin(5.500, 1.000) at 1565 $f_b$	0.068	0.344	0.007	0.131	0.403	0.554	0.333	0.913	0.337	0.6435
BoCsin(6.000, 1.000) at 1565 $f_b$	0.063	0.645	0.004	0.123	0.298	0.453	0.333	0.955	0.337	0.6854
BoCsin(6.500, 1.000) at 1565 $f_b$	0.059	0.692	0.266	0.261	0.208	0.379	0.333	0.999	0.334	0.7198
BoCsin(3.125, 1.250) at 1563 $f_b$	0.080	0.563	0.035	NaN	0.815	0.888	NaN	0.690	0.273	NaN
BoCsin(4.375, 1.250) at 1567 $f_b$	NaN	0.627	NaN	NaN	0.787	0.842	NaN	0.818	0.266	NaN
BoCsin(5.000, 1.250) at 1566 $f_b$	0.067	0.527	0.010	NaN	0.500	0.665	NaN	0.876	0.254	NaN
BoCsin(5.625, 1.250) at 1565 $f_b$	0.065	0.444	0.006	NaN	0.398	0.548	NaN	0.933	0.255	NaN
BoCsin(4.500, 1.500) at 1567 $f_b$	0.754	0.477	0.015	0.129	0.777	0.835	0.500	0.836	0.196	0.7075
BoCsin(5.250, 1.500) at 1565 $f_b$	0.067	0.498	0.009	0.182	0.516	0.665	0.500	0.906	0.196	0.6790
BoCsin(6.000, 1.500) at 1565 $f_b$	NaN	0.667	NaN	0.149	0.351	0.499	0.500	0.975	0.190	NaN
BoCsin(4.375, 1.750) at 1567 $f_b$	0.074	0.677	0.017	0.126	0.796	0.848	0.583	0.831	0.156	0.7065
BoCsin(5.250, 1.750) at 1565 $f_b$	0.065	0.452	0.009	0.155	0.547	0.688	0.583	0.915	0.145	0.6915
BoCsin(6.125, 1.750) at 1564 $f_b$	0.057	0.573	0.004	0.172	0.524	0.620	0.583	1.000	0.139	0.7420
BoCsin(5.000, 2.000) at 1566 $f_b$	0.649	0.616	0.012	0.135	0.575	0.717	0.667	0.902	0.101	0.7381
BoCsin(4.500, 2.250) at 1566 $f_b$	0.679	0.602	0.016	0.150	0.745	0.807	0.750	0.858	0.077	0.7495
BoCsin(5.625, 2.250) at 1565 $f_b$	0.578	0.541	0.007	0.135	0.507	0.632	0.750	0.971	0.059	0.7618
BoCsin(5.000, 2.500) at 1565 $f_b$	0.061	0.584	0.012	0.164	0.666	0.789	0.833	0.918	0.037	0.7573
BoCsin(5.500, 2.750) at 1566 $f_b$	0.056	0.677	0.008	1.000	0.523	0.677	0.917	0.977	0.000	0.8404
BoCsin(4.500, 3.000) at 1567 $f_b$	0.062	0.427	0.017	0.813	0.804	0.853	1.000	0.878	0.000	0.8033
BoCsin(0.500, 0.500) at 1559 $f_b$	0.472	0.645	0.392	0.697	0.046	0.273	0.167	0.283	0.736	0.4685
BoCsin(0.750, 0.500) at 1559 $f_b$	0.373	0.789	0.235	0.580	0.134	0.346	0.167	0.374	0.655	0.4824
BoCsin(1.000, 0.500) at 1559 $f_b$	0.305	0.871	0.172	0.494	0.227	0.426	0.167	0.438	0.629	0.5110
BoCsin(1.250, 0.500) at 1559 $f_b$	0.260	0.946	0.130	0.842	0.265	0.470	0.167	0.482	0.613	0.5759
BoCsin(1.500, 0.500) at 1560 $f_b$	0.226	1.000	0.099	0.647	0.407	0.591	0.167	0.518	0.606	0.5926
BoCsin(0.750, 0.750) at 1559 $f_b$	0.314	0.728	0.256	0.715	0.114	0.330	0.250	0.320	0.587	0.4637
BoCsin(1.125, 0.750) at 1559 $f_b$	0.248	0.839	0.151	0.213	0.243	0.443	0.250	0.432	0.514	0.4785
BoCsin(1.000, 1.000) at 1560 $f_b$	0.236	0.792	0.182	0.149	0.330	0.528	0.333	0.362	0.480	0.4597
BoCcos(2.500, 0.500) at 1566 $f_b$	0.138	0.480	0.048	0.303	1.000	1.000	0.167	0.629	0.579	0.6231
BoCcos(2.750, 0.500) at 1565 $f_b$	0.127	0.427	0.041	0.259	0.977	0.996	0.167	0.655	0.593	0.6246
BoCcos(3.000, 0.500) at 1564 $f_b$	0.118	0.222	0.036	0.249	0.820	0.881	0.167	0.676	0.576	0.5847
BoCcos(3.250, 0.500) at 1563 $f_b$	0.110	0.226	0.030	0.235	0.775	0.873	0.167	0.700	0.590	0.5908
BoCcos(3.500, 0.500) at 1562 $f_b$	0.104	0.036	0.026	0.197	0.775	0.853	0.167	0.722	0.578	0.5916
BoCcos(3.750, 0.500) at 1562 $f_b$	0.098	0.534	0.023	0.218	0.774	0.851	0.167	0.745	0.586	0.6336
BoCcos(2.625, 0.750) at 1565 $f_b$	0.121	0.616	0.044	0.303	0.977	0.990	0.250	0.640	0.437	0.6334
BoCcos(3.000, 0.750) at 1564 $f_b$	0.109	0.161	0.036	0.261	0.815	0.877	0.250	0.679	0.448	0.5783
BoCcos(3.375, 0.750) at 1561 $f_b$	0.100	0.254	0.028	0.234	0.768	0.849	0.250	0.715	0.440	0.5901
BoCcos(3.750, 0.750) at 1562 $f_b$	0.092	0.627	0.476	0.213	0.773	0.852	0.250	0.750	0.445	0.6675
BoCcos(3.000, 1.000) at 1564 $f_b$	0.102	0.455	0.035	0.272	0.810	0.873	0.333	0.678	0.338	0.5974
BoCcos(3.500, 1.000) at 1562 $f_b$	0.091	0.000	0.026	0.229	0.769	0.850	0.333	0.728	0.329	0.5897
BoCcos(3.125, 1.250) at 1563 $f_b$	0.093	0.280	0.031	NaN	0.777	0.858	NaN	0.693	0.259	NaN
BoCcos(0.500, 0.500) at 1559 $f_b$	0.406	0.756	0.298	0.997	0.132	0.349	0.167	0.275	0.627	0.5074
BoCcos(0.750, 0.500) at 1559 $f_b$	0.323	0.839	0.209	0.814	0.197	0.404	0.167	0.377	0.602	0.5151
BoCcos(1.000, 0.500) at 1559 $f_b$	0.270	0.885	0.151	0.697	0.261	0.463	0.167	0.438	0.596	0.5309
BoCcos(1.250, 0.500) at 1559 $f_b$	0.233	0.957	0.119	0.580	0.313	0.515	0.167	0.482	0.591	0.5536
BoCcos(1.500, 0.500) at 1560 $f_b$	0.204	0.903	0.099	0.494	0.471	0.638	0.167	0.520	0.599	0.5670
BoCcos(0.750, 0.750) at 1559 $f_b$	0.270	0.799	0.193	0.841	0.208	0.416	0.250	0.327	0.489	0.4895
BoCcos(1.125, 0.750) at 1559 $f_b$	0.216	0.885	0.130	0.647	0.309	0.507	0.250	0.431	0.460	0.5199
BoCcos(1.000, 1.000) at 1560 $f_b$	0.203	0.885	0.135	0.714	0.439	0.606	0.333	0.359	0.374	0.5223
BPSK(0.500) at 1558 $f_b$	0.996	0.434	1.000	NaN	0.047	0.000	NaN	0.000	1.000	NaN
BPSK(0.750) at 1558 $f_b$	0.664	0.491	0.654	NaN	0.040	0.043	NaN	0.026	0.838	NaN
BPSK(1.000) at 1559 $f_b$	0.498	0.570	0.486	NaN	0.000	0.229	NaN	0.040	0.733	NaN
BPSK(1.500) at 1559 $f_b$	0.332	0.627	0.319	NaN	0.050	0.274	NaN	0.080	0.585	NaN
BPSK(2.000) at 1560 $f_b$	0.249	0.688	0.229	NaN	0.268	0.484	NaN	0.120	0.480	NaN

L1SC

Multi-objective optimization for L1SC signal
Signal	Antijamming w=1.00	Astronomy w=0.13	Accurancy w=0.15	MultiPath w=0.25	Inter from GPS w=0.08	Inter to GPS w=0.08	Search w=0.08	Complexity w=0.08	Intra w=2.00	Norm
BoCsin(3.000, 0.500) at 1570 $f_b$	0.127	0.430	0.036	0.249	0.788	0.848	0.167	0.678	0.599	0.9585
BoCsin(3.250, 0.500) at 1563 $f_b$	0.118	0.523	0.030	0.235	0.791	0.883	0.167	0.700	0.594	0.9612
BoCsin(3.500, 0.500) at 1562 $f_b$	0.110	0.387	0.026	0.217	0.786	0.860	0.167	0.723	0.587	0.9413
BoCsin(3.500, 0.500) at 1569 $f_b$	0.110	0.627	0.026	0.217	0.793	0.856	0.167	0.723	0.587	0.9582
BoCsin(3.750, 0.500) at 1568 $f_b$	0.104	0.645	0.023	0.198	0.806	0.862	0.167	0.745	0.591	0.9651
BoCsin(4.000, 0.500) at 1568 $f_b$	0.098	0.527	0.020	0.164	0.783	0.868	0.167	0.766	0.592	0.9548
BoCsin(4.250, 0.500) at 1567 $f_b$	0.093	0.559	0.017	0.158	0.781	0.837	0.167	0.788	0.584	0.9461
BoCsin(4.500, 0.500) at 1567 $f_b$	0.088	0.444	0.015	0.156	0.752	0.817	0.167	0.811	0.592	0.9453
BoCsin(4.750, 0.500) at 1566 $f_b$	0.084	0.462	0.013	0.150	0.477	0.606	0.167	0.830	0.592	0.9195
BoCsin(5.000, 0.500) at 1566 $f_b$	0.079	0.369	0.010	0.144	0.415	0.609	0.167	0.853	0.583	0.9014
BoCsin(5.250, 0.500) at 1565 $f_b$	0.076	0.409	0.008	0.140	0.398	0.576	0.167	0.872	0.588	0.9091
BoCsin(5.500, 0.500) at 1564 $f_b$	0.073	0.419	0.006	0.128	0.641	0.721	0.167	0.895	0.585	0.9256
BoCsin(5.500, 0.500) at 1565 $f_b$	0.073	0.301	0.006	0.128	0.347	0.509	0.167	0.895	0.585	0.8953
BoCsin(5.750, 0.500) at 1564 $f_b$	0.069	0.348	0.005	0.128	0.490	0.577	0.167	0.915	0.590	0.9145
BoCsin(6.000, 0.500) at 1564 $f_b$	0.067	0.240	0.004	0.123	0.429	0.520	0.167	0.934	0.579	0.8921
BoCsin(6.250, 0.500) at 1564 $f_b$	0.065	0.398	0.003	0.112	0.377	0.470	0.167	0.955	0.585	0.9037
BoCsin(6.500, 0.500) at 1565 $f_b$	0.063	0.606	0.001	0.112	0.143	0.319	0.167	0.977	0.595	0.9226
BoCsin(6.750, 0.500) at 1565 $f_b$	0.060	0.706	0.000	0.106	0.116	0.289	0.167	0.995	0.595	0.9318
BoCsin(3.000, 0.750) at 1564 $f_b$	0.120	0.520	0.036	0.261	0.852	0.904	0.250	0.678	0.450	0.7975
BoCsin(3.375, 0.750) at 1562 $f_b$	0.108	0.484	0.028	0.235	0.784	0.859	0.250	0.717	0.453	0.7881
BoCsin(3.750, 0.750) at 1568 $f_b$	0.099	0.685	0.023	0.178	0.808	0.864	0.250	0.748	0.435	0.7867
BoCsin(4.125, 0.750) at 1568 $f_b$	0.091	0.652	0.019	0.174	0.787	0.860	0.250	0.783	0.441	0.7896
BoCsin(4.500, 0.750) at 1567 $f_b$	0.085	0.470	0.015	0.164	0.761	0.824	0.250	0.817	0.438	0.7655
BoCsin(4.875, 0.750) at 1566 $f_b$	0.079	0.437	0.012	0.152	0.474	0.614	0.250	0.850	0.442	0.7340
BoCsin(5.250, 0.750) at 1564 $f_b$	0.074	0.577	0.008	0.140	0.712	0.787	0.250	0.881	0.450	0.7849
BoCsin(5.250, 0.750) at 1565 $f_b$	0.074	0.452	0.008	0.140	0.425	0.596	0.250	0.881	0.450	0.7429
BoCsin(5.625, 0.750) at 1565 $f_b$	0.069	0.423	0.006	0.117	0.352	0.511	0.250	0.915	0.439	0.7208
BoCsin(6.000, 0.750) at 1564 $f_b$	0.065	0.272	0.004	0.097	0.446	0.539	0.250	0.946	0.446	0.7281
BoCsin(6.375, 0.750) at 1565 $f_b$	0.062	0.642	0.002	0.231	0.205	0.379	0.250	0.978	0.431	0.7339
BoCsin(3.500, 1.000) at 1562 $f_b$	1.000	0.416	0.027	0.178	0.786	0.859	0.333	0.730	0.350	1.1983
BoCsin(4.500, 1.000) at 1567 $f_b$	0.081	0.480	0.015	0.162	0.766	0.828	0.333	0.825	0.344	0.6673
BoCsin(5.000, 1.000) at 1566 $f_b$	0.743	0.556	0.010	0.134	0.469	0.645	0.333	0.870	0.341	0.9745
BoCsin(5.500, 1.000) at 1565 $f_b$	0.068	0.344	0.007	0.131	0.403	0.554	0.333	0.913	0.337	0.6037
BoCsin(6.000, 1.000) at 1565 $f_b$	0.063	0.645	0.004	0.123	0.298	0.453	0.333	0.955	0.337	0.6276
BoCsin(6.500, 1.000) at 1565 $f_b$	0.059	0.692	0.266	0.261	0.208	0.379	0.333	0.999	0.334	0.6483
BoCsin(3.125, 1.250) at 1563 $f_b$	0.080	0.563	0.035	NaN	0.815	0.888	NaN	0.690	0.273	NaN
BoCsin(4.375, 1.250) at 1567 $f_b$	NaN	0.627	NaN	NaN	0.787	0.842	NaN	0.818	0.266	NaN
BoCsin(5.000, 1.250) at 1566 $f_b$	0.067	0.527	0.010	NaN	0.500	0.665	NaN	0.876	0.254	NaN
BoCsin(5.625, 1.250) at 1565 $f_b$	0.065	0.444	0.006	NaN	0.398	0.548	NaN	0.933	0.255	NaN
BoCsin(4.500, 1.500) at 1567 $f_b$	0.754	0.477	0.015	0.129	0.777	0.835	0.500	0.836	0.196	0.9271
BoCsin(5.250, 1.500) at 1565 $f_b$	0.067	0.498	0.009	0.182	0.516	0.665	0.500	0.906	0.196	0.5139
BoCsin(6.000, 1.500) at 1565 $f_b$	NaN	0.667	NaN	0.149	0.351	0.499	0.500	0.975	0.190	NaN
BoCsin(4.375, 1.750) at 1567 $f_b$	0.074	0.677	0.017	0.126	0.796	0.848	0.583	0.831	0.156	0.5558
BoCsin(5.250, 1.750) at 1565 $f_b$	0.065	0.452	0.009	0.155	0.547	0.688	0.583	0.915	0.145	0.4847
BoCsin(6.125, 1.750) at 1564 $f_b$	0.057	0.573	0.004	0.172	0.524	0.620	0.583	1.000	0.139	0.5018
BoCsin(5.000, 2.000) at 1566 $f_b$	0.649	0.616	0.012	0.135	0.575	0.717	0.667	0.902	0.101	0.8150
BoCsin(4.500, 2.250) at 1566 $f_b$	0.679	0.602	0.016	0.150	0.745	0.807	0.750	0.858	0.077	0.8522
BoCsin(5.625, 2.250) at 1565 $f_b$	0.578	0.541	0.007	0.135	0.507	0.632	0.750	0.971	0.059	0.7458
BoCsin(5.000, 2.500) at 1565 $f_b$	0.061	0.584	0.012	0.164	0.666	0.789	0.833	0.918	0.037	0.5157
BoCsin(5.500, 2.750) at 1566 $f_b$	0.056	0.677	0.008	1.000	0.523	0.677	0.917	0.977	0.000	0.7176
BoCsin(4.500, 3.000) at 1567 $f_b$	0.062	0.427	0.017	0.813	0.804	0.853	1.000	0.878	0.000	0.6667
BoCsin(0.500, 0.500) at 1559 $f_b$	0.472	0.645	0.392	0.697	0.046	0.273	0.167	0.283	0.736	1.2332
BoCsin(0.750, 0.500) at 1559 $f_b$	0.373	0.789	0.235	0.580	0.134	0.346	0.167	0.374	0.655	1.0934
BoCsin(1.000, 0.500) at 1559 $f_b$	0.305	0.871	0.172	0.494	0.227	0.426	0.167	0.438	0.629	1.0411
BoCsin(1.250, 0.500) at 1559 $f_b$	0.260	0.946	0.130	0.842	0.265	0.470	0.167	0.482	0.613	1.0767
BoCsin(1.500, 0.500) at 1560 $f_b$	0.226	1.000	0.099	0.647	0.407	0.591	0.167	0.518	0.606	1.0422
BoCsin(0.750, 0.750) at 1559 $f_b$	0.314	0.728	0.256	0.715	0.114	0.330	0.250	0.320	0.587	1.0083
BoCsin(1.125, 0.750) at 1559 $f_b$	0.248	0.839	0.151	0.213	0.243	0.443	0.250	0.432	0.514	0.8585
BoCsin(1.000, 1.000) at 1560 $f_b$	0.236	0.792	0.182	0.149	0.330	0.528	0.333	0.362	0.480	0.8116
BoCcos(2.500, 0.500) at 1566 $f_b$	0.138	0.480	0.048	0.303	1.000	1.000	0.167	0.629	0.579	0.9681
BoCcos(2.750, 0.500) at 1565 $f_b$	0.127	0.427	0.041	0.259	0.977	0.996	0.167	0.655	0.593	0.9759
BoCcos(3.000, 0.500) at 1564 $f_b$	0.118	0.222	0.036	0.249	0.820	0.881	0.167	0.676	0.576	0.9239
BoCcos(3.250, 0.500) at 1563 $f_b$	0.110	0.226	0.030	0.235	0.775	0.873	0.167	0.700	0.590	0.9377
BoCcos(3.500, 0.500) at 1562 $f_b$	0.104	0.036	0.026	0.197	0.775	0.853	0.167	0.722	0.578	0.9157
BoCcos(3.750, 0.500) at 1562 $f_b$	0.098	0.534	0.023	0.218	0.774	0.851	0.167	0.745	0.586	0.9478
BoCcos(2.625, 0.750) at 1565 $f_b$	0.121	0.616	0.044	0.303	0.977	0.990	0.250	0.640	0.437	0.8138
BoCcos(3.000, 0.750) at 1564 $f_b$	0.109	0.161	0.036	0.261	0.815	0.877	0.250	0.679	0.448	0.7686
BoCcos(3.375, 0.750) at 1561 $f_b$	0.100	0.254	0.028	0.234	0.768	0.849	0.250	0.715	0.440	0.7546
BoCcos(3.750, 0.750) at 1562 $f_b$	0.092	0.627	0.476	0.213	0.773	0.852	0.250	0.750	0.445	0.8100
BoCcos(3.000, 1.000) at 1564 $f_b$	0.102	0.455	0.035	0.272	0.810	0.873	0.333	0.678	0.338	0.6658
BoCcos(3.500, 1.000) at 1562 $f_b$	0.091	0.000	0.026	0.229	0.769	0.850	0.333	0.728	0.329	0.6286
BoCcos(3.125, 1.250) at 1563 $f_b$	0.093	0.280	0.031	NaN	0.777	0.858	NaN	0.693	0.259	NaN
BoCcos(0.500, 0.500) at 1559 $f_b$	0.406	0.756	0.298	0.997	0.132	0.349	0.167	0.275	0.627	1.1427
BoCcos(0.750, 0.500) at 1559 $f_b$	0.323	0.839	0.209	0.814	0.197	0.404	0.167	0.377	0.602	1.0596
BoCcos(1.000, 0.500) at 1559 $f_b$	0.270	0.885	0.151	0.697	0.261	0.463	0.167	0.438	0.596	1.0248
BoCcos(1.250, 0.500) at 1559 $f_b$	0.233	0.957	0.119	0.580	0.313	0.515	0.167	0.482	0.591	1.0034
BoCcos(1.500, 0.500) at 1560 $f_b$	0.204	0.903	0.099	0.494	0.471	0.638	0.167	0.520	0.599	1.0004
BoCcos(0.750, 0.750) at 1559 $f_b$	0.270	0.799	0.193	0.841	0.208	0.416	0.250	0.327	0.489	0.9204
BoCcos(1.125, 0.750) at 1559 $f_b$	0.216	0.885	0.130	0.647	0.309	0.507	0.250	0.431	0.460	0.8529
BoCcos(1.000, 1.000) at 1560 $f_b$	0.203	0.885	0.135	0.714	0.439	0.606	0.333	0.359	0.374	0.7856
BPSK(0.500) at 1558 $f_b$	0.996	0.434	1.000	NaN	0.047	0.000	NaN	0.000	1.000	NaN
BPSK(0.750) at 1558 $f_b$	0.664	0.491	0.654	NaN	0.040	0.043	NaN	0.026	0.838	NaN
BPSK(1.000) at 1559 $f_b$	0.498	0.570	0.486	NaN	0.000	0.229	NaN	0.040	0.733	NaN
BPSK(1.500) at 1559 $f_b$	0.332	0.627	0.319	NaN	0.050	0.274	NaN	0.080	0.585	NaN
BPSK(2.000) at 1560 $f_b$	0.249	0.688	0.229	NaN	0.268	0.484	NaN	0.120	0.480	NaN

— Корогодин Илья • 04:13, 3 декабря 2011 • нет комментариев

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Источник — «https://gitlab.srns.ru/index.php?title=Blog:Korogodin/02.12.2011,_Результаты_многокритериальной_оптимизации&oldid=5503»

02.12.2011, Результаты многокритериальной оптимизации

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