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Showing 1 to 4 of 4 for “"Least recently used"”.

  1. A Lyapunov analysis of LRU

    … of the most popular caching algorithms is the least recently used algorithm (LRU) due to its simplicity and effectiveness in a multitude of applications. LRU caches operate by storing objects in the order that they were most recently requested. Further, whenever an item is requested that is not …

    uiuc Repository record for A Lyapunov analysis of LRU (opens in a new tab)

  2. Fixing file descriptor leaks

    … to three simple rules: 1) do not recycle FDs used within the last second, 2) do not recycle "persistent" FDs (FDs allocated at sites that allocate few FDs) and 3) recycle the FD that was least recently used. We tested our tool with nine applications (HTTP/FTP servers, proxies and clients) that …

    mit Repository record for Fixing file descriptor leaks (opens in a new tab)

  3. Pre-fetch document caching to improve World-Wide Web user response time

    … or the Web, is currently one of the most highly used network services. Because of this, improvements and new technologies are rapidly being developed and deployed. One important area of study is improving user response time through the use of caching mechanisms. Most prior work considered …

    vt Repository record for Pre-fetch document caching to improve World-Wide Web user response time (opens in a new tab)

  4. Optimizing Response Time, Rather than Hit Rates, of WWW Proxy Caches

    … home page. WWW traffic from the ".edu" domain is used in all of the experiments. Five different removal algorithms are compared: least recently used, least frequently used, document size, and two new algorithms. The results indicate that the new three factor algorithm reduces the average latency …

    vt Repository record for Optimizing Response Time, Rather than Hit Rates, of WWW Proxy Caches (opens in a new tab)