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    • 1. 发明申请
    • DYNAMICALLY IMPROVING STREAMING QUERY PERFORMANCE BASED ON COLLECTED MEASUREMENT DATA
    • 基于收集的测量数据动态改进流量查询性能
    • US20150248462A1
    • 2015-09-03
    • US14193567
    • 2014-02-28
    • Bart A. TheetenNico Janssens
    • Bart A. TheetenNico Janssens
    • G06F17/30G06F11/34
    • G06F16/24568G06F11/3404G06F11/3409G06F11/3495G06F16/24524G06F2201/86
    • A streaming query control capability is presented herein. The streaming query control capability may support improvement or optimization of various aspects of streaming queries. The streaming query control capability may support improvements or optimization in streaming query performance within an environment. The streaming query control capability may support improvements in streaming query performance via improvements in deployment of a streaming query to an environment. The streaming query control capability may support improvements in streaming query performance via modification of a streaming query intended for execution in an environment based on measurement data collected from the environment. The streaming query control capability may support improvements in streaming query performance via integrated deployment and activation of multiple streaming queries sharing a common characteristic. Various combinations of such capabilities may be supported for improvement or optimization of various aspects of streaming queries.
    • 本文介绍了流式查询控制功能。 流式查询控制功能可以支持流式查询的各个方面的改进或优化。 流式查询控制功能可以支持在环境中的流式查询性能的改进或优化。 流式查询控制功能可以通过改进将流式查询部署到环境来支持流式查询性能的改进。 流式查询控制功能可以通过基于从环境收集的测量数据修改旨在在环境中执行的流式查询来支持流式查询性能的改进。 流式查询控制功能可以通过集成部署和激活共享共同特征的多个流查询来支持流式查询性能的改进。 可以支持这种功能的各种组合来改进或优化流式查询的各个方面。
    • 2. 发明申请
    • STREAMING QUERY DEPLOYMENT OPTIMIZATION
    • 流行查询部署优化
    • US20150248461A1
    • 2015-09-03
    • US14193460
    • 2014-02-28
    • Bart A. TheetenNico Janssens
    • Bart A. TheetenNico Janssens
    • G06F17/30
    • G06F16/24568G06F16/2433G06F16/24524
    • A streaming query control capability is presented herein. The streaming query control capability may support improvement or optimization of various aspects of streaming queries. The streaming query control capability may support improvements or optimization in streaming query performance within an environment. The streaming query control capability may support improvements in streaming query performance via improvements in deployment of a streaming query to an environment. The streaming query control capability may support improvements in streaming query performance via modification of a streaming query intended for execution in an environment based on measurement data collected from the environment. The streaming query control capability may support improvements in streaming query performance via integrated deployment and activation of multiple streaming queries sharing a common characteristic. Various combinations of such capabilities may be supported for improvement or optimization of various aspects of streaming queries.
    • 本文介绍了流式查询控制功能。 流式查询控制功能可以支持流式查询的各个方面的改进或优化。 流式查询控制功能可以支持在环境中的流式查询性能的改进或优化。 流式查询控制功能可以通过改进将流式查询部署到环境来支持流式查询性能的改进。 流式查询控制功能可以通过基于从环境收集的测量数据修改旨在在环境中执行的流式查询来支持流式查询性能的改进。 流式查询控制功能可以通过集成部署和激活共享共同特征的多个流查询来支持流式查询性能的改进。 可以支持这种功能的各种组合来改进或优化流式查询的各个方面。
    • 4. 发明授权
    • Network navigator interface system and method
    • 网络导航界面系统及方法
    • US06792608B1
    • 2004-09-14
    • US09797118
    • 2001-03-01
    • Bart A. Theeten
    • Bart A. Theeten
    • G06F900
    • G06F9/465H04L41/0213H04L41/0233
    • A network navigator interface system and method incorporating a client/server architecture in which a network coarse-grained model (or single object) (NameSpaceObject) is used to create a fine-grained object model is disclosed. The disclosed invention permits a client application to discover the detailed interface provided by each object instance in the fine-grained model. A client application wishing to invoke an operation on a server-side object first obtains an object reference (IOR) to a NameSpaceObject instance. Each NameSpaceObject instance stores a pointer to an object in the fine-grained model. The NameSpaceObject interface provides operations to move this pointer around in a hierarchical model. Once the pointer is set to reference a certain object in the fine-grained model, this object becomes the target for all further operations. The available operations include object contents discovery/manipulation, object interface discovery and operation invocation.
    • 公开了一种结合使用网络粗粒度模型(或单个对象)(NameSpaceObject))来创建细粒度对象模型的客户端/服务器架构的网络导航器接口系统和方法。 所公开的发明允许客户端应用程序在细粒度模型中发现由每个对象实例提供的详细界面。 希望在服务器端对象上调用操作的客户端应用程序首先获取到NameSpaceObject实例的对象引用(IOR)。 每个NameSpaceObject实例都存储一个指向细粒度模型中的对象的指针。 NameSpaceObject接口提供了在层次模型中移动这个指针的操作。 一旦将指针设置为引用细粒度模型中的某个对象,该对象将成为所有进一步操作的目标。 可用的操作包括对象内容发现/操作,对象接口发现和操作调用。