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    • 1. 发明授权
    • Database
    • 数据库
    • US08005866B2
    • 2011-08-23
    • US11867156
    • 2007-10-04
    • Prateek Sureka
    • Prateek Sureka
    • G06F7/00G06F17/30
    • G06F17/30587Y10S707/961
    • A non-relational transactional and analytical database is described. It has a novel data architecture that allows data to persist without requiring any schema definition. The database also provides a file system with in-built versioning, reliability and security and can be deployed in a distributed environment. The approach adopted is to break down data into its fundamental atomic components, called memes, and use a special type of graph (utilizing non-standard vertices and edges) to create logical relationships, represented by links, between these components. The database operational functionality is deployed through an application program interface (API). The underlying query language is based on recursive triplets of the form (subject, verb, object) and can be easily augmented with different query parsers, which translate from some source syntax to this syntax. The memes and links may be identified with Universally Unique Identifiers (UUIDs). Additionally, the database may provide file system manipulation functionality through the use of UUIDs.
    • 描述了非关系事务和分析数据库。 它具有一种新颖的数据架构,允许数据持久化,而不需要任何模式定义。 数据库还提供具有内置版本控制,可靠性和安全性的文件系统,并可部署在分布式环境中。 所采用的方法是将数据分解为其基本原子组件(称为模块),并使用特殊类型的图(利用非标准顶点和边)来创建由这些组件之间的链接表示的逻辑关系。 通过应用程序接口(API)部署数据库操作功能。 底层查询语言基于形式(主语,动词,对象)的递归三元组,并且可以轻松地使用不同的查询解析器进行扩充,这些解析器从一些源语法转换为此语法。 可以使用通用唯一标识符(UUID)标识模块和链接。 另外,数据库可以通过使用UUID来提供文件系统的操作功能。
    • 2. 发明申请
    • Novel Database
    • 新数据库
    • US20080086498A1
    • 2008-04-10
    • US11867156
    • 2007-10-04
    • Prateek Sureka
    • Prateek Sureka
    • G06F17/30G06F7/00G06F9/54
    • G06F17/30587Y10S707/961
    • A non-relational transactional and analytical database is described. It has a novel data architecture that allows data to persist without requiring any schema definition. The database also provides a file system with in-built versioning, reliability and security and can be deployed in a distributed environment. The approach adopted is to break down data into its fundamental atomic components, called memes, and use a special type of graph (utilizing non-standard vertices and edges) to create logical relationships, represented by links, between these components. The database operational functionality is deployed through an application program interface (API). The underlying query language is based on recursive triplets of the form (subject, verb, object) and can be easily augmented with different query parsers, which translate from some source syntax to this syntax. The memes and links may be identified with Universally Unique Identifiers (UUIDs). Additionally, the database may provide file system manipulation functionality through the use of UUIDs.
    • 描述了非关系事务和分析数据库。 它具有一种新颖的数据架构,允许数据持久化,而不需要任何模式定义。 数据库还提供具有内置版本控制,可靠性和安全性的文件系统,并可部署在分布式环境中。 所采用的方法是将数据分解为其基本原子组件(称为模块),并使用特殊类型的图(利用非标准顶点和边)来创建由这些组件之间的链接表示的逻辑关系。 通过应用程序接口(API)部署数据库操作功能。 底层查询语言基于形式(主语,动词,对象)的递归三元组,并且可以轻松地使用不同的查询解析器进行扩充,这些解析器从一些源语法转换为此语法。 可以使用通用唯一标识符(UUID)标识模块和链接。 另外,数据库可以通过使用UUID来提供文件系统的操作功能。