>Isn't that an RF jammer? A good audio jammer is a nearby air-raid siren
>or rock band.
>
>Jerry
>--
>Engineering is the art of making what you want from things you can get.
>�����������������������������������������������������������������������
>
Ya, then we can use Korn's Twisted transistor to simulate audio jammer.
How can simulate RF jammer by the way? Will a sine wave of random phase
do? Or do I have to generate random noise and multiply (modulate) it with
a sine wave and take it to the desired frequency?
- Krishna
Reply by Jerry Avins●April 18, 20062006-04-18
krishna_sun82 wrote:
>>Hi..
>>I need some information on Audio Jammers. I have to implement Audio
>>Jammers in MATLAB and then have to convert the MATLAB into C-code and
>>to TI DSK CCS.
>>
>>-Shruti
>>
>
>
> Jamming is performed by transmitting a signal to the receiving antenna at
> the same frequency band or sub-band as the communications transmitter
> transmits. I think you can acheive this by generating a sinosoidal wave in
> the frequency band of interest with a random phase. Try this in MATLAB and
> see whether it works as a jammer. I think it will, but I am not sure,
> since I have not modelled a jammer before.
>
> Writing a program for jammer would not be a difficult task in MATLAB. But
> you may have to put some effort to reproduce it in C, and more effort to
> do the same in an assembly language. MATLAB to C convertor is there, but
> it may cost you around $6000 extra for an inefficient conversion.
Isn't that an RF jammer? A good audio jammer is a nearby air-raid siren
or rock band.
Jerry
--
Engineering is the art of making what you want from things you can get.
�����������������������������������������������������������������������
Reply by krishna_sun82●April 18, 20062006-04-18
>Hi..
>I need some information on Audio Jammers. I have to implement Audio
>Jammers in MATLAB and then have to convert the MATLAB into C-code and
>to TI DSK CCS.
>
>-Shruti
>
Jamming is performed by transmitting a signal to the receiving antenna at
the same frequency band or sub-band as the communications transmitter
transmits. I think you can acheive this by generating a sinosoidal wave in
the frequency band of interest with a random phase. Try this in MATLAB and
see whether it works as a jammer. I think it will, but I am not sure,
since I have not modelled a jammer before.
Writing a program for jammer would not be a difficult task in MATLAB. But
you may have to put some effort to reproduce it in C, and more effort to
do the same in an assembly language. MATLAB to C convertor is there, but
it may cost you around $6000 extra for an inefficient conversion.
- Krishna
Reply by shruti●April 18, 20062006-04-18
Hi..
I need some information on Audio Jammers. I have to implement Audio
Jammers in MATLAB and then have to convert the MATLAB into C-code and
to TI DSK CCS.
-Shruti