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    • 6. 发明授权
    • Efficient computation of aggregated data in containers supporting item level access control
    • 在容器中有效计算聚合数据,支持项目级访问控制
    • US06480851B1
    • 2002-11-12
    • US09411595
    • 1999-10-04
    • F. Soner Terek
    • F. Soner Terek
    • G06F1730
    • G06F17/30067Y10S707/99939
    • A computer system data container such as a directory or data folder includes various items (e.g., e-mail messages) having item level security controls. In this invention, the computer system ignores files for which the viewer has no viewing rights when summary data about the data container is displayed on the viewer's monitor. For each item level security setting, a running total is kept of an aggregate property (e.g., count of, size of) of all the items in the directory or folder of that security setting. Changes to the running total occur as items are added or deleted, or edited if the aggregate property is the size of all items of that security setting. Regardless of what the aggregated data is, the computer system adds only the running totals for which the user has viewing rights when computing summary data. Thus, the user cannot infer anything about non-viewable items from the summary data.
    • 诸如目录或数据文件夹的计算机系统数据容器包括具有物品级安全控制的各种项目(例如,电子邮件消息)。 在本发明中,当在观看者的监视器上显示关于数据容器的概要数据时,计算机系统忽略观众没有观看权限的文件。 对于每个项目级安全设置,运行总计保留该安全设置的目录或文件夹中的所有项目的聚合属性(例如,大小)。 运行总计的更改发生在添加或删除项目时,或者如果聚合属性是该安全性设置的所有项目的大小,则会进行编辑。 无论聚合数据是什么,计算机系统只会在计算汇总数据时添加用户具有查看权限的运行总计。 因此,用户不能从摘要数据中推断出不可见项目的任何内容。
    • 7. 发明授权
    • Enforcing access control on resources at a location other than the source location
    • 对源位置以外的其他位置的资源执行访问控制
    • US06381602B1
    • 2002-04-30
    • US09238012
    • 1999-01-26
    • Srikanth ShoroffF. Soner TerekSankrant SanuAndrew Wallace
    • Srikanth ShoroffF. Soner TerekSankrant SanuAndrew Wallace
    • G06F1730
    • G06F21/6227G06F2221/2141Y10S707/959Y10S707/99931Y10S707/99939
    • Systems and methods for enforcing access control on secured documents that are stored outside of the direct control of the original application that would normally store and govern access to the documents. Access security can be enforced at a search engine associated with an indexing system that compiles references to documents at any number of network locations. The search engine discloses to the requesting user only those documents that the user is authorized to read. If a document is identified for potential disclosure to a user, and the document's source location has an access control system that is not directly interoperable with a native access control system of the search engine, a security provider at the search engine enforces access control. The security provider, in cooperation with the source location of the document, converts the user context that identifies the requesting user to a format that can be used by the security provider. The security provider also retrieves the access control information from the document's source location. The security provider then applies the user context to the access control information to determine if the user is authorized to read the document.
    • 用于对存储在原始应用程序的直接控制之外的安全文档执行访问控制的系统和方法,这些控制通常将存储和管理对文档的访问。 访问安全性可以在与索引系统相关联的搜索引擎中实施,索引系统编译对任何数量的网络位置的文档的引用。 搜索引擎仅向请求用户公开用户被授权阅读的那些文档。 如果文档被识别为潜在地向用户公开,并且文档的源位置具有不能与搜索引擎的本机访问控制系统直接互操作的访问控制系统,则搜索引擎上的安全提供者执行访问控制。 安全提供者与文档的源位置协作,将标识请求用户的用户上下文转换为安全提供者可以使用的格式。 安全提供者还从文档的源位置检索访问控制信息。 然后,安全提供者将用户上下文应用于访问控制信息以确定用户是否被授权读取文档。
    • 8. 发明授权
    • Systems and methods for fragment-based serialization
    • 基于片段的序列化的系统和方法
    • US07702637B2
    • 2010-04-20
    • US11154496
    • 2005-06-15
    • F. Soner TerekAjay KalhanNagavamsi PonnekantiSrikumar RangarajanMichael J. Zwilling
    • F. Soner TerekAjay KalhanNagavamsi PonnekantiSrikumar RangarajanMichael J. Zwilling
    • G06F17/00G06F7/00
    • G06F17/30988G06F9/4493
    • A method and system for fragment-based serialization places one or more object members in fragments. Fragments may comprise a header and a payload. A header can provide useful information about the fragment, such as an indication of fragment type and an indication of fragment length. A payload may comprise one or more members of an object. Primitive members may be stored in a Binary Fragment with a record format payload. LOB and FS members may be stored in fragments that have a Value Type field for setting forth additional properties of the fragment. Collections may be stored in a series of fragments, a first fragment to indicate a start of a collection, one or more second fragments to serialize collection elements, and a Terminator Fragment to indicate the end of a collection. Fragment-serialized objects minimize storage overhead while providing fast instantiation and low-cost location and updating.
    • 用于基于片段的序列化的方法和系统将一个或多个对象成员放置在片段中。 片段可以包括报头和有效载荷。 头可以提供关于片段的有用信息,例如片段类型的指示和片段长度的指示。 有效载荷可以包括对象的一个​​或多个成员。 原始成员可以存储在具有记录格式有效载荷的二进制片段中。 LOB和FS成员可以存储在具有值类型字段的片段中,用于设置片段的附加属性。 集合可以存储在一系列片段中,第一片段指示集合的开始,用于序列化集合元素的一个或多个第二片段以及用于指示集合结束的终止符片段。 片段序列化的对象可以最大限度地减少存储开销,同时提供快速实例化和低成本的位置和更新。