“Finally, cellular network performance varies significantly across carriers, regions, and time. In Figure 2, below, we plot the median latencies of HTTPS traffic in Uber’s rider app across hexagons of 2 kilometers for two major mobile carriers in Delhi, India. As can be seen in the figure, the n
Mobile, EngineeringEmploying QUIC Protocol to Optimize Uber’s App PerformanceMay 14, 2019 / Global Uber operates on a global scale across more than 600 cities, with our apps relying entirely on wir...
“Finally, cellular network performance varies significantly across carriers, regions, and time. In Figure 2, below, we plot the median latencies of HTTPS traffic in Uber’s rider app across hexagons of 2 kilometers for two major mobile carriers in Delhi, India. As can be seen in the figure, the n
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Employing QUIC Protocol to Optimize Uber's App Performance
Mobile, EngineeringEmploying QUIC Protocol to Optimize Uber’s App PerformanceMay 14, 2019 / Global Uber operates on a global scale across more than 600 cities, with our apps relying entirely on wir...
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