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    • 4. 发明申请
    • SURFACING ENTITY ATTRIBUTES WITH SEARCH RESULTS
    • 具有搜索结果的表面实体属性
    • US20140067816A1
    • 2014-03-06
    • US13597596
    • 2012-08-29
    • Tapas KanungoAshok Ponnuswami
    • Tapas KanungoAshok Ponnuswami
    • G06F17/30
    • G06F17/274G06F16/3325G06F16/3329G06F16/3334G06F16/3344G06F16/3349
    • In an effort to enhance computer user engagement with a search results page, systems and methods are presented which are configured to identify an entity as being the subject matter of a user's search query. If the entity is a known entity, i.e., entity information is stored in an entity store for the identified entity, a subset of entity attributes are identified and a representative entity attribute question is obtained for each of the attributes in the subset of entity attributes. The representative entity attribute questions are identified according to the probability that they are formed linguistically correct. The representative entity attribute questions are included in a search results page that is generated in response to the user's search query.
    • 为了增强与搜索结果页面的计算机用户参与度,提出了被配置为将实体标识为用户的搜索查询的主题的系统和方法。 如果实体是已知实体,即实体信息存储在被识别实体的实体存储器中,则识别实体属性的子集,并且为实体属性子集中的每个属性获得代表性实体属性问题。 代表性实体属性问题是根据语言正确的概率来确定的。 代表实体属性问题包括在响应于用户的搜索查询而生成的搜索结果页面中。
    • 5. 发明授权
    • System, method, and service for using a focused random walk to produce samples on a topic from a collection of hyper-linked pages
    • 系统,方法和服务,用于使用集中的随机游走从超链接页面集合中的主题生成样本
    • US07640488B2
    • 2009-12-29
    • US11004412
    • 2004-12-04
    • Ziv Bar-YossefTapas KanungoRobert Krauthgamer
    • Ziv Bar-YossefTapas KanungoRobert Krauthgamer
    • G06F17/00G06F17/20
    • G06F17/30864
    • A focused random walk system produces samples of on-topic pages from a collection of hyper-linked pages such as Web pages. The focused random walk system utilizes a focused random walk to produce a focused sample, which is a random sample of Web pages focused on a topic. The focused random walk system uniformly samples pages iteratively, where each iteration follows a random link from a union of the in-links and out-links of a page. The system then classifies this randomly selected link to determine whether the page is on-topic. The random walk sampling process could comprise a hard-focus method that selects only on-topic pages at each step of the focused random walk, or a soft-focus method that allows limited divergence to off-topic pages.
    • 集中的随机游走系统从一系列超链接页面(如网页)生成主题页面的样本。 集中的随机游走系统利用一个集中的随机游走来产生一个聚焦的样本,这是一个专注于主题的网页的随机抽样。 集中的随机游走系统统一地对页面进行一次抽样,其中每次迭代都遵循一个页面的链接和外链的联合的随机链接。 然后,系统对这个随机选择的链接进行分类,以确定该页面是否是主题的。 随机游走抽样过程可以包括仅在聚焦随机游走的每个步骤选择专题页面的硬焦点方法,或者允许有限散点到偏离主题页面的软焦点方法。
    • 10. 发明申请
    • System and method for enabling efficient recovery of data in a storage array
    • 用于有效恢复存储阵列中的数据的系统和方法
    • US20060074954A1
    • 2006-04-06
    • US10956468
    • 2004-09-30
    • Jeffrey HartlineTapas KanungoJames Hafner
    • Jeffrey HartlineTapas KanungoJames Hafner
    • G06F17/30
    • G06F11/1076G06F2211/1059Y10S707/99953
    • A recovery enabling system for storage arrays is a high distance generalization of RAID-5 with optimal update complexity and near optimal storage efficiency. The recovery enabling system utilizes presets, data cells with known values that initialize the reconstruction process. The presets allow resolution of parity equations to reconstruct data when failures occur. In one embodiment, additional copies of the layout of the recovery enabling system are packed onto the same disks to minimize the effect of presets on storage efficiency without destroying the clean geometric construction of the recovery enabling system. The recovery enabling system has efficient XOR-based encoding, recovery, and updating algorithms for arbitrarily large distances, making the recovery enabling system an ideal candidate when storage-efficient reliable codes are required.
    • 存储阵列的恢复启用系统是RAID-5的高距离泛化,具有最佳的更新复杂性和接近最佳的存储效率。 恢复启用系统利用预设,具有初始化重建过程的已知值的数据单元。 当故障发生时,预设允许解决奇偶校验方程来重建数据。 在一个实施例中,恢复启用系统的布局的附加副本被打包在相同的盘上,以最小化预设对存储效率的影响,而不破坏恢复使能系统的干净的几何结构。 恢复使能系统具有高效的基于XOR的编码,恢复和更新算法,用于任意大距离,使得恢复使能系统成为需要存储高效可靠代码的理想候选。