作者:
许欢庆金鑫Department of Computing Science
Shanghai Jiaotong University Shanghai 200030 Institute of Information Science & Technology
Donghua University Shanghai 200051eb pre-fetching is one of the most popular strategies which are proposed for reducing the perceived access delay and improving the service quality of web server. In this paper we present a pre-fetching model based an the hidden Markov model which mines the later information requirement concepts that the user's access path contains and makes semantic-based pre-fetching decisions. Experimental results show that our schcme has better predictive pre-fetching precision.
web pre-fetching is one of the most popular strategies, which are proposed for reducing the perceived access delay and improving the service quality of web server. In this paper, we present a pre-fetching model based ...
详细信息
web pre-fetching is one of the most popular strategies, which are proposed for reducing the perceived access delay and improving the service quality of web server. In this paper, we present a pre-fetching model based an the hidden Markov model, which mines the later information requirement concepts that the user's access path contains and makes semantic-based pre-fetching decisions. Experimental results show that our schcme has better predictive pre-fetchingprecision.
web caching and pre-fetching are vital technologies that can increase the speed of web loading processes. Since speed and memory are crucial aspects in enhancing the performance of mobile applications and websites, a ...
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ISBN:
(纸本)9781467327183
web caching and pre-fetching are vital technologies that can increase the speed of web loading processes. Since speed and memory are crucial aspects in enhancing the performance of mobile applications and websites, a better technique for web loading process should be investigated. The weaknesses of the conventional web caching policy include meaningless information and uncertainty of knowledge representation in web logs data from the proxy cache to mobile-client. The organisation and learning task of the knowledge-processing for web logs data require explicit representation to deal with uncertainties. This is due to the exponential growth of rules for finding a suitable knowledge representation from the proxy cache to the mobile-client. Consequently, Rough Set is chosen in this research to generate webpre-caching decision rules to ensure the meaningless web log data can be changed to meaningful information.
A semantics-based pre-fetching model is presented. This model predicts future requests based on latent intention that the user's current access path implies in semantics, rather than on temporal relationships, whi...
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A semantics-based pre-fetching model is presented. This model predicts future requests based on latent intention that the user's current access path implies in semantics, rather than on temporal relationships, which oversomes the limitation of previous pre-fetching approaches. The hidden Markov model (HMM) was employed for mining actual intention from access patterns. Experimental results show that the proposed pre-fetching model has better general performance.
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