Note: This page has been translated by MathWorks. Click here to see

To view all translated materials including this page, select Country from the country navigator on the bottom of this page.

To view all translated materials including this page, select Country from the country navigator on the bottom of this page.

Generate channel coefficients using WINNER II channel model

**Download Required:** To
use this function, first download the WINNER II Channel Model
for Communications Toolbox™ from the Add-On Explorer. For more information on downloading add-ons, see Get Add-Ons (MATLAB) and Manage Your Add-Ons (MATLAB).

`chanCoef = winner2.wim(cfgWim,cfgLayout)`

```
[chanCoef,pathDelays]
= winner2.wim(cfgWim,cfgLayout)
```

```
[chanCoef,pathDelays,finalCond]
= winner2.wim(cfgWim,cfgLayout)
```

```
[chanCoef,pathDelays,finalCond]
= winner2.wim(cfgWim,cfgLayout,initCond)
```

`[`

also
returns the path delays for all links.`chanCoef`

,`pathDelays`

]
= winner2.wim(`cfgWim`

,`cfgLayout`

)

`[`

also
returns the final condition of the system after generating the channel
coefficients.`chanCoef`

,`pathDelays`

,`finalCond`

]
= winner2.wim(`cfgWim`

,`cfgLayout`

)

`[`

generates
the channel coefficients by using the initial system conditions rather
than of performing random initialization. `chanCoef`

,`pathDelays`

,`finalCond`

]
= winner2.wim(`cfgWim`

,`cfgLayout`

,`initCond`

)`initCond`

is
of the same form as `finalCond`

and is typically
the `finalCond`

output from the prior call of this
function. Use this syntax to repeatedly generate channel coefficients
for continuous time samples.

[1] Kyosti,
Pekka, Juha Meinila, et al. *WINNER II Channel Models*.
D1.1.2 V1.2. IST-4-027756 WINNER II, September 2007.