On 05/08/2013 07:50 PM, Oleksij Rempel wrote:
Am 08.05.2013 18:15, schrieb Claudio:
Hi all,
first of all thank you for the code you have developed.
Indeed, it opens the door to many interesting possibilities!
Thanks a lot Simon and Mathias for letting the genie out of the bottle,
and
Alex Hacker hacker at epn.ru writes:
On Thu, May 31, 2012 at 12:19:08PM -0700, Adrian Chadd wrote:
Argh, there's more to it..
For AR9160 and later, you can enable the FFT bit in one of the radar
registers and you'll get some FFT reports for longer radar pulses.
It's enabled by
Am 08.05.2013 18:15, schrieb Claudio:
Alex Hacker hacker at epn.ru writes:
On Thu, May 31, 2012 at 12:19:08PM -0700, Adrian Chadd wrote:
Argh, there's more to it..
For AR9160 and later, you can enable the FFT bit in one of the radar
registers and you'll get some FFT reports for longer
On Thu, May 31, 2012 at 12:19:08PM -0700, Adrian Chadd wrote:
Argh, there's more to it.. :-)
For AR9160 and later, you can enable the FFT bit in one of the radar
registers and you'll get some FFT reports for longer radar pulses.
It's enabled by default in the code that we've committed to
If you have an AR9160 or later, the radar detection FFT enable bit
is set, so for long chirp looking pulses that match the radar detect
thresholds, you should see larger PHY error frames - those have radar
FFT data.
It's kind of, but not quite, spectral scan - which is a feature
starting with the
Alex,
I'm really new in the ath9k code.
May you give at least soure-code-related key words about that?
What should I look for in the code to get raw FFT?
Then, what may you point a reference about what procedure should be
performed in mathlab to decoded it?
thanks
On 30 May 2012 07:25, Alex
On Thu, May 31, 2012 at 07:58:11AM -0300, Saulo Queiroz wrote:
Alex,
I'm really new in the ath9k code.
May you give at least soure-code-related key words about that?
What should I look for in the code to get raw FFT?
Then, what may you point a reference about what procedure
hey,
How do you know what is the meaning of PHY_ERR 5 or 38 ..
is there a documentation about finding out what causes phyerr 5 to occur ?
On Wed, May 30, 2012 at 6:25 AM, Alex Hacker hac...@epn.ru wrote:
Hi,
It's easy to get raw FFT data from the card, but then some cryptoanalytic
work
Argh, there's more to it.. :-)
For AR9160 and later, you can enable the FFT bit in one of the radar
registers and you'll get some FFT reports for longer radar pulses.
It's enabled by default in the code that we've committed to ath9k and
FreeBSD HAL.
Spectral scan mode is related but different
On 01/06/12 05:19, Adrian Chadd wrote:
Argh, there's more to it.. :-)
For AR9160 and later, you can enable the FFT bit in one of the radar
registers and you'll get some FFT reports for longer radar pulses.
It's enabled by default in the code that we've committed to ath9k and
FreeBSD HAL.
Hi,
It's easy to get raw FFT data from the card, but then some cryptoanalytic work
should be done in MathLab. Actualy I'm busy (lazy) man... will wait for open
information which Adrian promised. :) I beleave the open source community can
implement these features better than MicroTik did it.
Best
Hello,
I intend to use ath9k to perform some tests on demodulated FFT samples.
I found out the definition #define AR_PHY_SPECTRAL_SCAN
0x9910 /* AR9280 spectral scan configuration register
but since I am a beginner in the ath9k, I have no idea about using it to
achieve my goal.
I really would
On 24 March 2012 08:50, Saulo Queiroz ssaulojo...@gmail.com wrote:
Hello,
I intend to use ath9k to perform some tests on demodulated FFT samples.
I found out the definition #define AR_PHY_SPECTRAL_SCAN
0x9910 /* AR9280 spectral scan configuration register
but since I am a beginner in the
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