| Z. Jiang and L. Kleinrock, "Web Prefetching in a Mobile Environment," IEEE Personal Communications, vol. 5, pp. 25--34, Oct. 1998. |
....and use binary formatted messages, as opposed to HTTP s frequent, text formatted message exchanges. Finally, client cache is of key importance to alleviate the impact of connectivity unreliability. By using a proxy at the client side as shown in Figure 3, the client proxy can cache or prefetch [38] the content whenever possible, dramatically improving user experience and reducing the impact of connectivity instability to application performance. 3.2. Content adaptation and proxy services for wireless terminals Because wireless terminals often have small and grayscale screen, limited ....
Z. Jiang and L. Kleinrock, "Web prefetching in a mobile environment," IEEE Personal Communications, Oct. 1998.
.... compare the differents parameters is computed in a way similar to the one described in Section 3 for the function 7L Notice that our W function offers similarities with the one used by hybrid replacement algorithms that were proposed in the liter ature for Web caching on stationary hosts (e.g. [14]) In the same way, we use a function that accounts for a combination of criteria in the replacement decision. However, our function differs in that energy saving is a prominent criterion. 5 Evaluation Control messages generated by ZRP and messages associated with ad hoc cooperative caching ....
Z. Jinag and L. Kleinrock. Web prefetching in a mobile environment. IEEE Personal Communications, 5(8), 1998.
....is part of our future work, where we are in particular interested in a definition that is adaptive according to the evolution of the mobile environment. Notice that our W function offers similarities with hybrid replacement algorithms on stationary hosts that were proposed in the literature (e.g. [9]) our function differs in that energy saving is a prominent criterion. 5. Analysis Control messages generated by ZRP and messages induced by ad hoc cooperative caching affect the network traffic and energy consumption on mobile terminals. Performance of ZRP has been evaluated in [8, 7] using ....
Z. Jinag and L. Kleinrock. Web prefetching in a mobile environment. IEEE Personal Communications, 5(8), 1998.
.... in the past for the purposes of enhancing network capacity and prolonging the mobile battery lifetime [1] 2] 3] 4] 8] 12] 13] 14] 15] Independently, prefetching techniques have been investigated in the past, primarily for speeding up web access in wireline networks [7] 9] 10] [11], 16] 17] However, joint prefetching and power control have not been considered before in the context described above, where the control decisions are strongly coupled (entangled) and implicitly drive the performance tradeoffs of the system. In Section II, we introduce a modeling framework, ....
Z. Jiang and L. Kleinrock. Web prefetching in a mobile environment. IEEE Personal Communications, 5(5):25-34, 1998.
....retrieving a page from the remote server, a user usually spends some time viewing the page (so called think time) when the network will be idle. During this time, files that are likely to be accessed in the near future can be fetched to the local disk, reducing the delay of loading the next page [25]. As an example, an intelligent prefetching algorithm which attempts to predict what the user will need was proposed as a solution to a location dependent application (map request) 11] The algorithm uses location and speed information to select which of a set of maps should be prefetched. Based ....
Z. Jiang and L. Kleinrock. Web prefetching in a mobile environment. IEEE Personal Communications, 5(5):25--34, October 1998.
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Z. Jiang and L. Kleinrock, "Web Prefetching in a Mobile Environment," IEEE Personal Communications, vol. 5, pp. 25--34, Oct. 1998.
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