Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A recent NSDI paper [1] reported that increasing the cache hit ratio for an HTTP proxy from 22% to 32% improved median page load time (PLT) for mobile clients by less than 2%.  argue that there are two main causes for this ak improvement: objects on the critical path are often not cached, and the limited computational por of mobile devices causes computational delays to comprise a large portion of the critical path.#R##N##R##N#Both of these factors re, in fact, outlined by a previous analysis of desktop b performance [2]. Hover,  (as the authors of the HTTP proxy [1]) did not properly understand the analysis and could have saved ourselves substantial engineering costs if  had.  therefore argue for the need to highlight this prior analysis, and extend the analysis to include mobile devices with slow CPUs, precise cache hit ratios, and a controlled reproduction of the HTTP proxy caching results [1]. In the extreme case of a perfect cache hit ratio, desktop page load times are improved notably by 34% compared to no caching, but mobile page load times only improve by 13% in the median case.  extract a back-of-envelope performance model from these results to help understand their underlying causes.
['Jamshed Vesuna', 'Colin Scott', 'Michael Buettner', 'Michael Piatek', 'Arvind Krishnamurthy', 'Scott Shenker']
I am writing a research paper on a idea Caching doesn't improve mobile web performance (much)
[{"from": "human", "value": "I am writing a research paper on a idea Caching doesn't improve mobile web performance (much)"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A recent NSDI paper [1] reported that increasing the cache hit ratio for an HTTP proxy from 22% to 32% improved median page load time (PLT) for mobile clients by less than 2%.  argue that there are two main causes for this ak improvement: objects on the critical path are often not cached, and the limited computational por of mobile devices causes computational delays to comprise a large portion of the critical path.#R##N##R##N#Both of these factors re, in fact, outlined by a previous analysis of desktop b performance [2]. Hover,  (as the authors of the HTTP proxy [1]) did not properly understand the analysis and could have saved ourselves substantial engineering costs if  had.  therefore argue for the need to highlight this prior analysis, and extend the analysis to include mobile devices with slow CPUs, precise cache hit ratios, and a controlled reproduction of the HTTP proxy caching results [1]. In the extreme case of a perfect cache hit ratio, desktop page load times are improved notably by 34% compared to no caching, but mobile page load times only improve by 13% in the median case.  extract a back-of-envelope performance model from these results to help understand their underlying causes."}]