Coming soon, a new way to surf faster
Produced from research by MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) and Harvard University, this new system promises to load online pages up to 60% faster for faster internet activities.
This is possible by minimizing the number of “trips” that browsers generally make when opening a web page. When prompted to load a web page, browsers are generally required to do a lot of odd access to translate HTML files, source code JavaScript is also an image. Not to mention there are inquiries that need to access another object to translate an object. For example, the browser must execute a Javascript file before opening and rendering an image. It’s complicated
“Browsers can take up to 100ms each time accessing a piece of data on a mobile network. As the content of a page increases, it’s not uncommon for browsers to do a lot of odd access.” Obviously Ravi Netravali, a vocational student, who will be presenting the system at the Usenix Symposium on Networked Systems Design and Implementation next week.
“Our approach minimizes the number of round trips so that we can substantially speed up a page’s load time.”
Polaris automatically logs all interactions between objects, sometimes in the hundreds for a single page, and then creates what they call a “dependency graph” for those pages, allowing objects to load more optimally for new ways of surfing the internet faster on average.
This research has been conducted on different network conditions on more than 200 well-known web pages including ESPN.com, NYTimes.com and Weather.com.
Furthermore
Post a Comment for "Coming soon, a new way to surf faster"