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Android Completely Owns The Chinese Smartphone Market

Android Completely Owns The Chinese Smartphone Market | cross pond high tech | Scoop.it
Android's share of the Chinese smartphone market ended the third quarter at 90 percent.

According to Analysys International, Android's share is up from 83 percent a quarter prior and 58 percent a year ago.

With the Chinese market now accounting for a quarter of global smartphone shipments, Android's dominance there is driving its widening lead in global smartphone platform market share.

In China, Android's gain has mostly come at the expense of Symbian, Nokia's antiquated platform that will eventually disappear as Nokia shifts its product offerings on to Windows Phone.

Interestingly, despite its dominance, Google only offers limited support for Google Play in China and Android apps are usually downloaded in third-party app markets.

Apple, meanwhile, has never really gained traction after a weak market entry on only one of the country's major providers. The iPhone 5 will be available on two carriers, but as of now will not be distributed by the largest carrier, China Mobile. Additionally, while many Chinese consumers may fawn over iPhones, they are simply out of reach financially for a substantial part of the market.
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Human hearing beats the Fourier uncertainty principle

Human hearing beats the Fourier uncertainty principle | cross pond high tech | Scoop.it

People can simultaneously identify the pitch and timing of a sound signal much more precisely than allowed by conventional linear analysis. That is the conclusion of a study of human subjects done by physicists in the US. The findings are not just of theoretical interest but could potentially lead to better software for speech recognition and sonar.

 

Human hearing is remarkably good at isolating sounds, allowing us to pick out individual voices in a crowded room, for example. However, the neural algorithms that our brains use to analyse sound are still not properly understood. Most researchers had assumed that the brain decomposes the signals and treats them as the sum of their parts – a process that can be likened to Fourier analysis, which decomposes an arbitrary waveform into pure sine waves.

Philippe J DEWOST's insight:

Humain Brain vs. Fourier + Gabor : 1-0

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