Research Papers On Mobile Computing

Research Papers On Mobile Computing-54
However, advancements in LTE network and Wi Fi speeds have caused the browser to be more compute-bound.

However, advancements in LTE network and Wi Fi speeds have caused the browser to be more compute-bound.

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Virtually all smart phones now come with a web browser.

However, many people believe that the quality of the network determines how well the browser works. “Many assume that user experience while browsing is solely affected by network performance.

The authors recommend not wasting time on improvements that don’t also improve user experience.

“Doubling the translation lookaside buffer (TLB) from 32 to 64 entries or increasing CPU clock frequency might seem like the right trade-off to improve performance at the expense of power consumption.

As you may be reading now—on a smartphone—the future of your mobile systems is threatened by how tech giants and academia together lack deep research into the computer architecture of mobile devices.

Because of this inadequate study, Google has written a “ten commandments” for what industry and universities should do when researching mobile workloads, metrics, and experimental methodology.We use our smart phones all the time, but we might not realize how much.“An average user taps, types, swipes, or clicks her or his device 2,617 times a day, and about 10 percent of us perform those actions 5,427 times a day.Put another way, increasing the frequency from 1.06 GHz to 1.67 GHz is worth the extra energy, as it helps meet the cut-off latency.Pushing beyond 1.67 GHz can be wasteful in terms of performance and energy,” the authors say.Choosing applications to test benchmarks can be hit or miss. “It is typical practice in the community to select the top applications from the app stores to conduct detailed micro-architectural analysis studies.But architects must learn to be cognizant of the aforementioned pace of change, as the popularity of mobile applications can evolve quickly,” the authors say.So, what matters to users is the touch responsiveness of the system (the time it takes to render a frame after a touch input).To ensure ‘buttery smooth’ responsiveness, the system architecture as a whole must maintain 60 frames per second (FPS) consistently without any dropped (or delayed) frames, commonly referred to as ‘jank,’” say the authors.After ten years of mobile computing, there are more than 3 million applications currently in the Google Play Store.The number of applications available first exceeded 1.5 million in 2015.

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