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Periodic ambiguity function

`pafmag = pambgfun(X,fs)`

```
[pafmag,delay,doppler]
= pambgfun(X,fs)
```

```
[pafmag,delay,doppler]
= pambgfun(X,fs,P)
```

```
[pafmag,delay]
= pambgfun(___,'Cut','Doppler')
```

```
[pafmag,delay]
= pambgfun(___,'Cut','Doppler','CutValue',V)
```

```
[pafmag,doppler]
= pambgfun(___,'Cut','Delay')
```

```
[pafmag,doppler]
= pambgfun(___,'Cut','Delay','CutValue',V)
```

```
[pafmag,delay,doppler]
= pambgfun(___,'Cut','2D')
```

`pambgfun(___)`

`[`

returns the PAF, `pafmag`

,`delay`

,`doppler`

]
= pambgfun(___,'Cut','2D')`pafmag`

,
for all delays and Doppler shifts. The `doppler`

argument
contains the Doppler shift vector corresponding to the rows of `pafmag`

.
The `delay`

argument contains the time delay vector
corresponding to the columns of `pafmag`

. You cannot
use `'CutValue'`

when `'Cut'`

is
set to `'2D'`

.

`pambgfun(___)`

with no output
arguments plots the PAF. When `'Cut'`

is `'2D'`

,
the function produces a contour plot of the PAF function. When `'Cut'`

is `'Delay'`

or
'`Doppler'`

, the function produces a line plot of
the PAF cut.

[1] Levanon, N. and E. Mozeson. *Radar Signals*.
Hoboken, NJ: John Wiley & Sons, 2004.

[2] Mahafza, B. R., and A. Z. Elsherbeni. *MATLAB ^{®} Simulations for Radar Systems
Design*. Boca Raton, FL: CRC Press, 2004.

[3] Richards, M. A. *Fundamentals of Radar Signal
Processing*. New York: McGraw-Hill, 2005.