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Investigating structure of modern web traffic

机译:研究现代网络交通的结构

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Modern websites consist of many rich objects dynamically produced by servers and client terminals at diverse locations. Consequently, we face complications in understanding the communication structure generated when accessing websites. To reduce the response time at browsed websites, many website objects are delivered using content delivery networks (CDNs), in which data objects are delivered from cache servers located close to user terminals. Although the use of CDNs have been assumed to reduce web response time, the actual effect of CDNs on this reduction has not been clarified. To answer this fundamental question, we measured the communication structure of traffic generated when accessing the 1,000 most popular websites from 12 locations worldwide. We found, for example, that it will be desirable to give high priority to entertainment websites at night and to business-related websites during the day.
机译:现代网站由许多由服务器和客户端终端动态生产的丰富对象组成。因此,我们在理解访问网站时生成的通信结构的并发症。为了减少浏览网站的响应时间,使用内容传递网络(CDN)提供许多网站对象,其中数据对象从位于靠近用户终端的高速缓存服务器传送。虽然已经假设使用CDNS来减少Web响应时间,但CDN对这种减少的实际效果尚未阐明。为了回答这一基本问题,我们测量了从全球12个地点访问1,000个最受欢迎的网站时产生的流量的通信结构。例如,我们发现,在白天晚上和与商业相关网站的娱乐网站有望高度优先考虑。

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