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    • 4. 发明申请
    • ACCURATE TEXT CLASSIFICATION THROUGH SELECTIVE USE OF IMAGE DATA
    • 通过选择性使用图像数据的精确文本分类
    • US20120314941A1
    • 2012-12-13
    • US13158484
    • 2011-06-13
    • Anitha KannanPartha Pratim TalukdarNikhil RasiwasiaQifa KeRakesh Agrawal
    • Anitha KannanPartha Pratim TalukdarNikhil RasiwasiaQifa KeRakesh Agrawal
    • G06K9/62
    • G06K9/6268G06K9/6227G06K9/6293
    • Product images are used in conjunction with textual descriptions to improve classifications of product offerings. By combining cues from both text and image descriptions associated with products, implementations enhance both the precision and recall of product description classifications within the context of web-based commerce search. Several implementations are directed to improving those areas where text-only approaches are most unreliable. For example, several implementations use image signals to complement text classifiers and improve overall product classification in situations where brief textual product descriptions use vocabulary that overlaps with multiple diverse categories. Other implementations are directed to using text and images “training sets” to improve automated classifiers including text-only classifiers. Certain implementations are also directed to learning a number of three-way image classifiers focused only on “confusing categories” of the text signals to improve upon those specific areas where text-only classification is weakest.
    • 产品图像与文本描述结合使用,以改进产品分类。 通过结合来自与产品相关的文本和图像描述的提示,实现在基于网络的商业搜索的上下文中增强了产品描述分类的精度和回收。 几个实现旨在改进那些仅文本方法最不可靠的领域。 例如,在简短的文本产品描述使用与多个不同类别重叠的词汇的情况下,多个实现使用图像信号来补充文本分类器并改进整体产品分类。 其他实现涉及使用文本和图像训练集来改进自动分类器,包括纯文本分类器。 某些实现也针对学习一些三维图像分类器,仅针对混淆文本信号的类别,以改进文本分类最弱的特定区域。
    • 5. 发明申请
    • Matching Offers to Known Products
    • 与已知产品匹配优惠
    • US20110289026A1
    • 2011-11-24
    • US12783753
    • 2010-05-20
    • Anitha KannanInmar-Ella Givoni
    • Anitha KannanInmar-Ella Givoni
    • G06F17/30G06F15/18
    • G06F17/30997G06Q30/00
    • A method and apparatus for electronically matching an electronic offer to structured data for a product offering is disclosed. The structure data is reviewed and a dictionary of terms for each attribute from the structure data is created. Attributes in unstructured text may be determined. Each pair of the attributes (name and value) from the unstructured data and the structured data are obtained, the attribute pairs of the structured data and the unstructured data and compared and a similarity level is calculated for the matching the attribute pairs. The structured data pair that has the highest similarity score to the unstructured data pair is selected and returned.
    • 公开了一种用于将电子报价电子匹配用于产品产品的结构化数据的方法和装置。 审查结构数据,并从结构数据中创建每个属性的术语词典。 可以确定非结构化文本中的属性。 获得来自非结构化数据和结构化数据的每对属性(名称和值),结构化数据的属性对和非结构化数据,并进行比较,并计算相似度水平以匹配属性对。 选择并返回与非结构化数据对具有最高相似性得分的结构化数据对。
    • 6. 发明授权
    • Identifying repeated-structure elements in images
    • 识别图像中的重复结构元素
    • US07729531B2
    • 2010-06-01
    • US11533297
    • 2006-09-19
    • John WinnAnitha KannanCarsten Rother
    • John WinnAnitha KannanCarsten Rother
    • G06K9/62
    • G06K9/4638
    • Many problems in the fields of image processing and computer vision relate to creating good representations of information in images of objects in scenes. We provide a system for learning repeated-structure elements from one or more input images. The repeated-structure elements are patches that may be single pixels or coherent groups of pixels of varying shape, size and appearance (where those shapes and sizes are not pre-specified). Input images are mapped to a single output image using offset maps to specify the mapping. A joint probability distribution on the offset maps, output image and input images is specified and an unsupervised learning process is used to learn the offset maps and output image. The learnt output image comprises repeated-structure elements. This shape and appearance information captured in the learnt repeated-structure elements may be used for object recognition and many other tasks.
    • 图像处理和计算机视觉领域的许多问题涉及在场景中的对象的图像中创建信息的良好表示。 我们提供一个用于从一个或多个输入图像学习重复结构元素的系统。 重复结构元素是可以是单个像素或具有不同形状,大小和外观(其中这些形状和尺寸未被预先指定)的像素的相干组的补丁。 使用偏移映射将输入图像映射到单个输出图像以指定映射。 指定偏移图,输出图像和输入图像上的联合概率分布,并使用无监督的学习过程来学习偏移图和输出图像。 所学习的输出图像包括重复结构元素。 在学习的重复结构元素中捕获的这种形状和外观信息可以用于对象识别和许多其他任务。
    • 9. 发明授权
    • Matching offers to known products
    • 与已知产品匹配
    • US08417651B2
    • 2013-04-09
    • US12783753
    • 2010-05-20
    • Anitha KannanInmar-Ella Givoni
    • Anitha KannanInmar-Ella Givoni
    • G06F15/18
    • G06F17/30997G06Q30/00
    • A method and apparatus for electronically matching an electronic offer to structured data for a product offering is disclosed. The structure data is reviewed and a dictionary of terms for each attribute from the structure data is created. Attributes in unstructured text may be determined. Each pair of the attributes (name and value) from the unstructured data and the structured data are obtained, the attribute pairs of the structured data and the unstructured data and compared and a similarity level is calculated for the matching the attribute pairs. The structured data pair that has the highest similarity score to the unstructured data pair is selected and returned.
    • 公开了一种用于将电子报价电子匹配用于产品产品的结构化数据的方法和装置。 审查结构数据,并从结构数据中创建每个属性的术语词典。 可以确定非结构化文本中的属性。 获得来自非结构化数据和结构化数据的每对属性(名称和值),结构化数据的属性对和非结构化数据,并进行比较,并计算相似度水平以匹配属性对。 选择并返回与非结构化数据对具有最高相似性得分的结构化数据对。
    • 10. 发明申请
    • QUERY CLASSIFICATION USING IMPLICIT LABELS
    • 使用隐含标签的查询分类
    • US20110066650A1
    • 2011-03-17
    • US12560427
    • 2009-09-16
    • Ariel D. FuxmanAnitha KannanAndrew Brian GoldbergRakesh Agrawal
    • Ariel D. FuxmanAnitha KannanAndrew Brian GoldbergRakesh Agrawal
    • G06F17/30
    • G06F17/30693
    • Described is a technology for automatically generating labeled training data for training a classifier based upon implicit information associated with the data. For example, whether a query has commercial intent can be classified based upon whether the query was submitted at a commercial website's search portal, as logged in a toolbar log. Positive candidate query-related data is extracted from the toolbar log based upon the associated implicit information. A click log is processed to obtain negative query-related data. The labeled training data is automatically generated by separating at least some of the positive candidate query data from the remaining positive candidate query data based upon the negative query data. The labeled training data may be used to train a classifier, such as to classify an online search query as having a certain type of intent or not.
    • 描述了一种用于根据与数据相关联的隐含信息自动生成用于训练分类器的标记训练数据的技术。 例如,查询是否具有商业意图可以根据在商业网站的搜索门户网站上提交的查询进行分类,如登录在工具栏日志中。 基于相关联的隐含信息,从工具栏日志中提取正候选查询相关数据。 处理点击日志以获取负查询相关数据。 基于负查询数据,将剩余的正候选查询数据中的至少一些正候选查询数据分离出来,自动生成标示训练数据。 标记的训练数据可以用于训练分类器,例如将在线搜索查询分类为具有某种类型的意图。