We design and implement LRP, a device-based, standard-compliant solution to latency
reduction in mobile networks. LRP takes a data-driven approach. It works with a variety of …

With conventional web page load metrics (eg, Page Load Time) being blamed for deviating
from actual user experiences, in recent years a more sensible and complex metric called …

Mobile devices are often stuck behind high-latency links. Unfortunately for mobile browsers,
latency (not bandwidth) is often the key influence on page load time. Proxy-based web …

Distributed learning based on JavaScript-based frontends is typically implemented at the
endpoint to maximize performance. Yet, JavaScript-based frontends often experience …

Web pages today commonly include large amounts of JavaScript code in order to offer users
a dynamic experience. These scripts often make pages slow to load, partly due to a …

Despite the rapid increase in mobile web traffic, page loads still fall short of user
performance expectations. State-of-the-art web accelerators optimize computation or …

Interactive data visualization and exploration (DVE) applications, such as the one in Figure
1, have rapidly grown in popularity with use cases in numerous sectors [2, 4, 9, 11, 15]. Like …

To improve the performance of mobile web service, a new transport protocol, QUIC, has
been recently proposed. However, for large-scale real-world deployments, deciding whether …

Low interaction response times are crucial to the experience that mobile apps provide for
their users. Unfortunately, existing strategies to alleviate the network latencies that hinder …

The dependencies between the resources on web page slow down the page load process,
resulting in degradation of user experience and provider revenue. Recent solutions …