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    • 11. 发明申请
    • Autonomous service appliance
    • 自主服务器具
    • US20060015584A1
    • 2006-01-19
    • US11165837
    • 2005-06-24
    • Matt OckoGeorge TumaSandeep SukhijaJohn PurrierRajesh GuptaDeepak KhajuriaSaumitra Das
    • Matt OckoGeorge TumaSandeep SukhijaJohn PurrierRajesh GuptaDeepak KhajuriaSaumitra Das
    • G06F15/16
    • H04L67/16H04L69/40
    • A service appliance can be installed between one or more production servers running service applications and service users. In the event that a production server is unable to provide its service to users, the service appliance can transparently intervene to maintain service availibility. The service appliance is capable of providing the service using a service application that is differently configured or even a different application than the service applications of the production server. The service appliance may include hardware and/or software to monitor, repair, maintain, and update the service application and other associated software applications and components of service appliance. The service appliance may be configured to have a locked state that prevents local running of additional applications other than those provided for prior to entering the locked state, limiting local and remote user administration of and operational control of the operating system and service application.
    • 服务设备可以安装在运行服务应用程序的一个或多个生产服务器和服务用户之间。 如果生产服务器无法向用户提供服务,则服务设备可以透明地介入以维护服务可用性。 服务设备能够使用与生产服务器的服务应用程序不同的配置或甚至不同的应用程序的服务应用程序来提供服务。 服务设备可以包括用于监视,修复,维护和更新服务应用程序和服务设备的其他相关联的软件应用程序和组件的硬件和/或软件。 服务设备可以被配置为具有防止附加应用的本地运行的锁定状态,而不是在进入锁定状态之前提供的应用,限制本地和远程用户对操作系统和服务应用的管理和操作控制。
    • 12. 发明申请
    • EXTRACTING SHARED STATE INFORMATION FROM MESSAGE TRAFFIC
    • 从消息传递中提取共享状态信息
    • US20080056249A1
    • 2008-03-06
    • US11756538
    • 2007-05-31
    • Matt OckoGeorge Tuma
    • Matt OckoGeorge Tuma
    • H04L12/56
    • H04L12/66
    • An approach to having a shared state from one system to another is to represent data in one system according to service traffic of the other system. For example, by intercepting service traffic associated with a first entity, identifying a data object representing at least a portion of the state of the first entity in the service traffic, and updating a corresponding portion of a shared state data structure in accordance with a value of the data object, the shared state can be maintained outside of the first entity. This process can be extended to maintaining shared state of more than one entity. The service traffic might be e-mail service traffic, database service traffic, or the like. Synchronization commands can be used to initiate at least a portion of the service traffic. The shared state can be used for backups, record-keeping, service migration, disaster recovery, fail-over and/or fault tolerance improvements. In some instances, an application fingerprint can be applied to the service traffic to identify a context of the first data object, with such objects being caching based on context.
    • 将共享状态从一个系统到另一个系统的方法是根据另一个系统的服务流量在一个系统中表示数据。 例如,通过拦截与第一实体相关联的服务流量,识别表示服务业务中第一实体的状态的至少一部分的数据对象,并且根据值来更新共享状态数据结构的对应部分 的数据对象,共享状态可以保持在第一个实体之外。 该过程可以扩展到维护多个实体的共享状态。 服务流量可能是电子邮件服务流量,数据库服务流量等。 同步命令可用于启动服务流量的至少一部分。 共享状态可用于备份,记录保存,服务迁移,灾难恢复,故障转移和/或容错改进。 在某些情况下,可以将应用指纹应用于服务流量以识别第一数据对象的上下文,其中这些对象是基于上下文的缓存。