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    • 1. 发明申请
    • QUERY LANGUAGE TO TRAVERSE A PATH IN A GRAPH
    • 查询语言以图表方式走
    • US20140089293A1
    • 2014-03-27
    • US13626636
    • 2012-09-25
    • Alan Honkwan NgaiJean-Christophe MartinXu JiangCheng Xu
    • Alan Honkwan NgaiJean-Christophe MartinXu JiangCheng Xu
    • G06F17/30
    • G06F17/30463G06F17/2705G06F17/3043
    • A query language used to traverse a path in a graph-based model is provided. The system comprises a parsing module to parse a query comprising query phrases. The respective query phrases composed of an object-type identifier and a filter where the object-type identifier corresponds to respective repositories and the filter is used to identify at least a portion of the objects associated with the object-type in the respective repositories. A planning module identifies the respective repositories corresponding to the object-type identifier within each of the one or more query phrases and generates an execution plan describing data to be retrieved according to the respective repositories and results of a preceding query phrase within the query. A translation module translates the respective query phrases into respective translated queries that are readable by the respective repositories and including the filter. An execution module implements the execution plan using the translated queries.
    • 提供了一种用于遍历基于图形模型的路径的查询语言。 该系统包括用于解析包括查询短语的查询的解析模块。 由对象类型标识符和对象类型标识符对应于相应存储库的过滤器组成的各个查询短语用于标识与相应存储库中的对象类型相关联的对象的至少一部分。 计划模块识别对应于一个或多个查询短语的每一个内的对象类型标识符的相应存储库,并且根据相应的存储库和查询中的前一查询短语的结果生成描述要检索的数据的执行计划。 翻译模块将相应的查询短语翻译成相应的翻译的查询,这些查询可由相应的存储库读取并包括过滤器。 执行模块使用翻译的查询来实现执行计划。
    • 2. 发明申请
    • QUERY LANGUAGE TO TRAVERSE A PATH IN A GRAPH
    • 查询语言以图表方式走
    • US20150317360A1
    • 2015-11-05
    • US14796825
    • 2015-07-10
    • Alan Honkwan NgaiJean-Christophe MartinXu JiangCheng Xu
    • Alan Honkwan NgaiJean-Christophe MartinXu JiangCheng Xu
    • G06F17/30G06F17/27
    • G06F16/24542G06F16/24522G06F17/2705
    • A query language used to traverse a path in a graph-based model is provided. The system comprises a parsing module to parse a query comprising query phrases. The respective query phrases composed of an object-type identifier and a filter where the object-type identifier corresponds to respective repositories and the filter is used to identify at least a portion of the objects associated with the object-type in the respective repositories. A planning module identifies the respective repositories corresponding to the object-type identifier within each of the one or more query phrases and generates an execution plan describing data to be retrieved according to the respective repositories and results of a preceding query phrase within the query. A translation module translates the respective query phrases into respective translated queries that are readable by the respective repositories and including the filter. An execution module implements the execution plan using the translated queries.
    • 提供了一种用于遍历基于图形模型的路径的查询语言。 该系统包括用于解析包括查询短语的查询的解析模块。 由对象类型标识符和对象类型标识符对应于相应存储库的过滤器组成的各个查询短语用于标识与相应存储库中的对象类型相关联的对象的至少一部分。 计划模块识别对应于一个或多个查询短语的每一个内的对象类型标识符的相应存储库,并且根据相应的存储库和查询中的前一查询短语的结果生成描述要检索的数据的执行计划。 翻译模块将相应的查询短语翻译成相应的翻译的查询,这些查询可由相应的存储库读取并包括过滤器。 执行模块使用翻译的查询来实现执行计划。
    • 3. 发明授权
    • Query language to traverse a path in a graph
    • 查询语言,以遍历图形中的路径
    • US09104728B2
    • 2015-08-11
    • US13626636
    • 2012-09-25
    • Alan Honkwan NgaiJean-Christophe MartinXu JiangCheng Xu
    • Alan Honkwan NgaiJean-Christophe MartinXu JiangCheng Xu
    • G06F17/30
    • G06F17/30463G06F17/2705G06F17/3043
    • A query language used to traverse a path in a graph-based model is provided. The system comprises a parsing module to parse a query comprising query phrases. The respective query phrases composed of an object-type identifier and a filter where the object-type identifier corresponds to respective repositories and the filter is used to identify at least a portion of the objects associated with the object-type in the respective repositories. A planning module identifies the respective repositories corresponding to the object-type identifier within each of the one or more query phrases and generates an execution plan describing data to be retrieved according to the respective repositories and results of a preceding query phrase within the query. A translation module translates the respective query phrases into respective translated queries that are readable by the respective repositories and including the filter. An execution module implements the execution plan using the translated queries.
    • 提供了一种用于遍历基于图形模型的路径的查询语言。 该系统包括用于解析包括查询短语的查询的解析模块。 由对象类型标识符和对象类型标识符对应于相应存储库的过滤器组成的各个查询短语用于标识与相应存储库中的对象类型相关联的对象的至少一部分。 计划模块识别对应于一个或多个查询短语的每一个内的对象类型标识符的相应存储库,并且根据相应的存储库和查询中的前一查询短语的结果生成描述要检索的数据的执行计划。 翻译模块将相应的查询短语翻译成相应的翻译的查询,这些查询可由相应的存储库读取并包括过滤器。 执行模块使用翻译的查询来实现执行计划。
    • 4. 发明申请
    • PROVISIONING OF DEVICES
    • 提供设备
    • US20130311539A1
    • 2013-11-21
    • US13531080
    • 2012-06-22
    • Alan Honkwan NgaiConnie W. YangTaiping YuJean-Christophe MartinJian XuXin LiJiang XuRami El-Charif
    • Alan Honkwan NgaiConnie W. YangTaiping YuTimothy Gordon KimmetJean-Christophe MartinJian XuXin LiJiang XuRami El-Charif
    • G06F15/16
    • G06F9/5072
    • A provisioning machine may receive a request that an application be executed while distributed according to a distribution constraint among various devices. The provisioning machine may access a topological model that represents multiple devices configured as a single cloud-based application server and defines a first group of devices that have the same redundancy status (e.g., active or backup). In addition, the topological model may define a second group of devices that have the same functional role (e.g., executing a particular component of the application). A device may be a member of both the first group and the second group. The provisioning machine may determine a size of the first group according to the distribution constraint. Based on the determined size of the first group, the provisioning machine may configure (e.g., provision) the first group of devices as a subset of the multiple devices of the server.
    • 供应机器可以在根据各种设备之间的分布约束分布时接收执行应用的请求。 配置机器可以访问表示被配置为单个基于云的应用服务器的多个设备的拓扑模型,并定义具有相同冗余状态(例如,活动或备份)的第一组设备。 此外,拓扑模型可以定义具有相同功能角色的第二组设备(例如,执行应用的特定组件)。 设备可以是第一组和第二组的成员。 供应机器可以根据分布约束确定第一组的大小。 基于确定的第一组的大小,供应机器可以将第一组设备配置(例如,提供)作为服务器的多个设备的子集。