"WINNER II Channel Models", ver 1.1, Sept
"WINNER II Channel Models", ver 1.1, Sept
"WINNER II Channel Models", ver 1.1, Sept
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<strong>WINNER</strong> <strong>II</strong> D<strong>1.1</strong>.2 V<strong>1.1</strong><br />
Cluster # Delay [ns] Power [dB] AoD [º] AoA [º] Ray power [dB]<br />
1 0 -3.5 -9 -52 -16.5<br />
2 5 -8.9 14 -83 -22.0<br />
3 35 -4.6 -10 -60 -17.6<br />
4 60 -9.2 -14 -85 -22.2<br />
5 160 165 170 -3 -5.2 -7 0 0 -13.0<br />
6 180 -1.7 -6 -36 -14.7<br />
7 240 -2.7 7 46 -15.7<br />
8 275 -7 -12 74 -20.0<br />
9 330 -5.9 11 68 -18.9<br />
10 335 -6.7 -12 -72 -19.7<br />
11 350 355 360 -4.3 -6.5 -8.3 -10 -62 -14.3<br />
12 520 -5.3 -10 -64 -18.3<br />
13 555 -4.9 -10 -62 -17.9<br />
14 555 -9.4 14 85 -22.4<br />
15 990 -12.3 16 -98 -25.3<br />
16 1160 -12.2 16 -97 -25.2<br />
17 1390 -20.8 21 127 -33.8<br />
18 1825 -25.4 -23 140 -38.4<br />
19 4800 -9.7 -135 25 -22.7<br />
20 7100 -13 80 40 -26.0<br />
Cluster ASD = 2º<br />
Cluster ASA = 15º<br />
2º 2º<br />
XPR = 7 dB<br />
Figure 6-13: PDP and frequency correlation (FCF) of CDL model.<br />
6.9 C4 – Outdoor to indoor (urban) macro-cell<br />
The CDL parameters of NLOS condition are given below.<br />
Table 6-14 Scenario C4: NLOS Clustered delay line model, outdoor to indoor (urban) macro-cell<br />
Cluster # Delay [ns] Power [dB] AoD [º] AoA [º] Ray power [dB]<br />
1 0 5 10 -3.0 -5.2 -7.0 0 0 -13.0<br />
2 15 -6.9 28 -91 -19.9<br />
3 95 -3.6 -20 65 -16.6<br />
4 145 -16.2 43 -139 -29.3<br />
5 195 -8.5 -31 101 -21.5<br />
6 215 -15.9 43 -138 -28.9<br />
7 250 -6.9 28 -91 -19.9<br />
8 445 -14.1 -40 130 -27.1<br />
9 525 530 535 -3.8 -6.0 -7.8 45 -146 -13.8<br />
10 815 -13.6 -39 128 -26.6<br />
11 1055 -17.8 45 -146 -30.8<br />
12 2310 -32.2 -61 196 -45.2<br />
Cluster ASD = 5º<br />
Cluster ASA = 8º<br />
XPR = 9 dB<br />
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