"The difference here is that a man was put in that situation - by Google...."
Oh, I must have misread. I thought it was Rahul Krishnakumar Vaid, not Google, who put himself in the position to be punished when he committed an act considered unlawful by his countrymen.
It sounds like freedom of expression is NOT his inalienable right. I do not ask Google or any other business abroad to spread and uphold MY belief in freedom of expression.
I get $0.87 to every $0.99 download, and all I did to get my independently released tracks on iTunes was register with a distributor, who handles it all for only a piece of that 12 cents.
One use of the Fourier transform is from the time domain to the frequency domain, and vice versa. So for example, in writing a function for EQ on an mp3 player you might use a time function that you wrote in the frequency domain, thus utilizing the Fourier transform to do so. I'm not saying iPods run FFT (Fast Fourier Transforms) real time, but this guy's work really handed down a lot of usefull tools to digital audio: playback, recording, and acoustic testing and research.
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"The difference here is that a man was put in that situation - by Google...."
Oh, I must have misread. I thought it was Rahul Krishnakumar Vaid, not Google, who put himself in the position to be punished when he committed an act considered unlawful by his countrymen.
It sounds like freedom of expression is NOT his inalienable right. I do not ask Google or any other business abroad to spread and uphold MY belief in freedom of expression.
I just emailed the Errorzilla developer asking if he has plans to update the plugin for FF3. Great plugin.
I get $0.87 to every $0.99 download, and all I did to get my independently released tracks on iTunes was register with a distributor, who handles it all for only a piece of that 12 cents.
One use of the Fourier transform is from the time domain to the frequency domain, and vice versa. So for example, in writing a function for EQ on an mp3 player you might use a time function that you wrote in the frequency domain, thus utilizing the Fourier transform to do so. I'm not saying iPods run FFT (Fast Fourier Transforms) real time, but this guy's work really handed down a lot of usefull tools to digital audio: playback, recording, and acoustic testing and research.