Internet web browsing has reached a critical tipping point. Increasingly, users rely more on
mobile web browsers to access the Internet than desktop browsers. Meanwhile, webpages …

Web page loads are slow due to intrinsic inefficiencies in the page load process. Our study
shows that the inefficiencies are attributable not only to the contents and structure of the Web …

Despite web access on mobile devices becoming commonplace, users continue to
experience poor web performance on these devices. Traditional approaches for improving …

The existing slowness of the web on mobile devices frustrates users and hurts the revenue
of website providers. Prior studies have attributed high page load times to dependencies …

Methods and devices for accelerating web page rendering include processing web pages
and gathering web page element information, performing machine learning analysis on the …

All modern web browsers---Internet Explorer, Firefox, Chrome, Opera, and Safari---have a
core rendering engine written in C++. This language choice was made because it affords the …

The Web browser is undoubtedly the single most impor-tant application in the mobile
ecosystem. An average user spends 72 minutes each day using the mobile Web browser …

Although multicore smartphones have become increasingly mainstream, it is unclear
whether and how smartphone applications can utilize multicore CPUs to improve …

We explore the challenges in expressing and managing concurrency in browsers on mobile
devices. Browsers are complex applications that implement multiple standards, need to …

We present Proteus, a novel network-aware approach for optimizing web browsing on
heterogeneous multi-core mobile systems. It employs machine learning techniques to …