会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Selectively accepting cache content
    • 选择性地接受缓存内容
    • US07085894B2
    • 2006-08-01
    • US10662210
    • 2003-09-11
    • Daniel L. KrissellRobert C. LeahPaul F. McMahan
    • Daniel L. KrissellRobert C. LeahPaul F. McMahan
    • G06F12/00
    • G06F12/0888H04L67/2852
    • Improved caching of content at caching proxy (“CP”) servers is disclosed. In one aspect, negotiations occur before content is dynamically distributed, whereby an entity such as a Web server selects content and at least one target CP server, and sends a content distribution request to each target, describing the content to be distributed. Preferably, the selection is made by dynamically prioritizing content based on historical metrics. In another aspect, a CP server that receives a content distribution request during these negotiations determines its response to the distribution request. Preferably, content priority of already-cached content is compared to priority of the content described by the content distribution request when making the determination. In yet another aspect, a CP server selectively determines whether to cache content during cache miss processing. Preferably, this comprises comparing content priority of already-cached content to priority of content delivered to the CP server during the cache miss.
    • 披露了高速缓存代理(“CP”)服务器内容缓存的改进。 在一个方面,在动态分发内容之前进行协商,由此诸如Web服务器的实体选择内容和至少一个目标CP服务器,并且向每个目标发送描述要分发的内容的内容分发请求。 优选地,通过基于历史度量来动态地对内容进行优先级来进行选择。 在另一方面,在这些协商期间接收内容分发请求的CP服务器确定其对分配请求的响应。 优选地,当进行确定时,将已经缓存的内容的内容优先级与由内容分发请求描述的内容的优先级进行比较。 在另一方面,CP服务器选择性地确定在高速缓存未命中处理期间是否缓存内容。 优选地,这包括将高速缓存未命中期间已经缓存的内容的内容优先级与传递给CP服务器的内容的优先级进行比较。
    • 2. 发明授权
    • Negotiated distribution of cache content
    • 谈判缓存内容的分发
    • US07085893B2
    • 2006-08-01
    • US10661955
    • 2003-09-11
    • Daniel L. KrissellRobert C. LeahPaul F. McMahan
    • Daniel L. KrissellRobert C. LeahPaul F. McMahan
    • G06F12/00
    • G06F17/30902
    • Improved caching of content at caching proxy (“CP”) servers is disclosed. In one aspect, negotiations occur before content is dynamically distributed, whereby an entity such as a Web server selects content and at least one target CP server, and sends a content distribution request to each target, describing the content to be distributed. Preferably, the selection is made by dynamically prioritizing content based on historical metrics. In another aspect, a CP server that receives a content distribution request during these negotiations determines its response to the distribution request. Preferably, content priority of already-cached content is compared to priority of the content described by the content distribution request when making the determination. In yet another aspect, a CP server selectively determines whether to cache content during cache miss processing. Preferably, this comprises comparing content priority of already-cached content to priority of content delivered to the CP server during the cache miss.
    • 披露了高速缓存代理(“CP”)服务器内容缓存的改进。 在一个方面,在动态分发内容之前进行协商,由此诸如Web服务器的实体选择内容和至少一个目标CP服务器,并且向每个目标发送描述要分发的内容的内容分发请求。 优选地,通过基于历史度量来动态地对内容进行优先级来进行选择。 在另一方面,在这些协商期间接收内容分发请求的CP服务器确定其对分配请求的响应。 优选地,当进行确定时,将已经缓存的内容的内容优先级与由内容分发请求描述的内容的优先级进行比较。 在另一方面,CP服务器选择性地确定在高速缓存未命中处理期间是否缓存内容。 优选地,这包括将高速缓存未命中期间已经缓存的内容的内容优先级与传递给CP服务器的内容的优先级进行比较。
    • 4. 发明授权
    • Dynamically updating rendered content
    • 动态更新呈现的内容
    • US07299409B2
    • 2007-11-20
    • US10383306
    • 2003-03-07
    • Niraj P. JoshiRobert C. LeahPaul F. McMahan
    • Niraj P. JoshiRobert C. LeahPaul F. McMahan
    • G06F15/00
    • H04L67/34G06F17/3089H04L29/06H04L67/02H04L69/329
    • Techniques are disclosed for efficiently updating rendered content (such as content of a Web page) using a “slow-loading” content element, such as a slow-loading image. A reference is embedded within the markup language notation for the content to be rendered, where this reference identifies the source of the slow-loading content element. Delivery of the slow-loading content therefore begins automatically, when the content is rendered. Event handling attributes are specified with the reference, where values of these attributes identify client-side logic to be invoked when the associated event occurs. If the server determines that the rendered content, or some portion thereof, should be asynchronously updated, it abruptly terminates delivery of the slow-loading content. This termination triggers an event handler, which operates to automatically request reloading of the content. Attributes are also preferably specified for handling abort events and successful loading events, causing the client to request reloading of the content in each case (and restarting delivery of the slow-loading content).
    • 公开了使用诸如慢加载图像的“慢载”内容元素来有效地更新呈现的内容(诸如网页的内容)的技术。 引用被嵌入到要呈现的内容的标记语言符号中,其中该引用标识慢载入内容元素的来源。 因此,当内容呈现时,缓慢加载内容的传递将自动开始。 使用引用指定事件处理属性,其中这些属性的值标识在相关联的事件发生时要调用的客户端逻辑。 如果服务器确定所呈现的内容或其某些部分应该被异步地更新,则它突然终止慢载内容的传递。 这个终止触发一个事件处理程序,它可以自动请求重新加载内容。 还优选地,为处理中止事件和成功加载事件指定属性,导致客户端在每种情况下请求重新加载内容(并且重新启动缓慢加载内容的传递)。
    • 6. 发明授权
    • Dynamically updating rendered content
    • 动态更新呈现的内容
    • US07849403B2
    • 2010-12-07
    • US11832509
    • 2007-08-01
    • Niraj P. JoshiRobert C. LeahPaul F. McMahan
    • Niraj P. JoshiRobert C. LeahPaul F. McMahan
    • G06F17/00
    • H04L67/34G06F17/3089H04L29/06H04L67/02H04L69/329
    • Techniques are disclosed for efficiently updating rendered content (such as content of a Web page) using a “slow-loading” content element, such as a slow-loading image. A reference is embedded within the markup language notation for the content to be rendered, where this reference identifies the source of the slow-loading content element. Delivery of the slow-loading content therefore begins automatically, when the content is rendered. Event handling attributes are specified with the reference, where values of these attributes identify client-side logic to be invoked when the associated event occurs. If the server determines that the rendered content, or some portion thereof, should be asynchronously updated, it abruptly terminates delivery of the slow-loading content. This termination triggers an event handler, which operates to automatically request reloading of the content. Attributes are also preferably specified for handling abort events and successful loading events, causing the client to request reloading of the content in each case (and restarting delivery of the slow-loading content).
    • 公开了使用诸如慢加载图像的“慢载”内容元素来有效地更新呈现的内容(诸如网页的内容)的技术。 引用被嵌入到要呈现的内容的标记语言符号中,其中该引用标识慢载入内容元素的来源。 因此,当内容呈现时,缓慢加载内容的传递将自动开始。 使用引用指定事件处理属性,其中这些属性的值标识在相关联的事件发生时要调用的客户端逻辑。 如果服务器确定所呈现的内容或其某些部分应该被异步地更新,则它突然终止慢载内容的传递。 这个终止触发一个事件处理程序,它可以自动请求重新加载内容。 还优选地,为处理中止事件和成功加载事件指定属性,导致客户端在每种情况下请求重新加载内容(并且重新启动缓慢加载内容的传递)。
    • 10. 发明授权
    • Dissolving network resource monitor
    • 解散网络资源监控
    • US07809825B2
    • 2010-10-05
    • US10839660
    • 2004-05-05
    • Paul F. McMahanPatrick R. GuidoRobert C. LeahKent F. Hayes, Jr.
    • Paul F. McMahanPatrick R. GuidoRobert C. LeahKent F. Hayes, Jr.
    • G06F15/173
    • H04L43/0817H04L43/065H04L43/0823H04L43/16
    • A network monitoring application deploys conventional monitor applications to network nodes and receives diagnostic events from the monitors. In response to a monitor reporting a high severity event or condition, the monitor application automatically deploys a dissolving monitor to the network node that automatically ceases operation at the conclusion of a predetermined lifespan. The dissolving monitor automatically reports verbose diagnostic events to the monitoring application, including diagnostic events not reported by the conventional monitor. The dissolving monitor removes itself from the node at the end of its lifespan by freeing all resources of said node that it consumed. In some embodiments, the dissolving monitor reports diagnostic events with decreasing frequency prior to its dissolution. The dissolution of the dissolving monitor may be triggered by time since its deployment, performance and status of the monitored node, error or anomaly counts, or combinations thereof.
    • 网络监视应用程序将常规监视器应用程序部署到网络节点,并从监视器接收诊断事件。 响应于报告高严重性事件或条件的监视器,监视器应用程序自动将溶解监视器部署到网络节点,在预定寿命结束时自动停止操作。 溶解监测器自动向监控应用程序报告详细的诊断事件,包括常规监测仪未报告的诊断事件。 溶解监测器通过释放其消耗的所述节点的所有资源,在其寿命结束时将其自身从节点中移除。 在一些实施方案中,溶解监测器在其溶出之前以较低的频率报告诊断事件。 溶解监测器的溶解可以由其部署,被监测节点的性能和状态,误差或异常计数或其组合的时间触发。