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    • 1. 发明授权
    • Estimating probabilities of events in sponsored search using adaptive models
    • 使用自适应模型估计赞助搜索中事件的概率
    • US08392343B2
    • 2013-03-05
    • US12840598
    • 2010-07-21
    • Ozgur CetinDongwei CaoRukmini Iyer
    • Ozgur CetinDongwei CaoRukmini Iyer
    • G06F15/18
    • G06Q30/02G06N7/005G06Q30/0254
    • A machine-learning method for estimating probability of a click event in online advertising systems by computing and comparing an aggregated predictive model (a global model) and one or more data-wise sliced predictive models (local models). The method comprises receiving training data having a plurality of features stored in a feature set and constructing a global predictive model that estimates the probability of a click event for the processed feature set. Then, partitioning the global predictive model into one or more data-wise sliced training sets for training a local model from each of the data-wise slices, and then determining whether a particular local model estimates probability of click event for the feature set better than the global model. A given feature set may be collected from historical data, and may comprise a feature vector for a plurality of query-advertisement pairs and a corresponding indicator that represents a click on the advertisement.
    • 一种用于通过计算和比较聚合预测模型(全局模型)和一个或多个数据切片预测模型(局部模型)来估计在线广告系统中点击事件的概率的机器学习方法。 所述方法包括接收具有存储在特征集中的多个特征的训练数据,并且构建估计所处理的特征集的点击事件的概率的全局预测模型。 然后,将全局预测模型划分成一个或多个数据切片训练集,用于从每个数据切片训练本地模型,然后确定特定局部模型是否估计特征集的点击事件的概率优于 全球模式。 给定特征集可以从历史数据收集,并且可以包括用于多个查询 - 广告对的特征向量和表示广告的点击的相应指示符。
    • 2. 发明申请
    • Estimating Probabilities of Events in Sponsored Search Using Adaptive Models
    • 使用自适应模型估计赞助搜索中的事件的概率
    • US20120023043A1
    • 2012-01-26
    • US12840598
    • 2010-07-21
    • Ozgur CetinDongwei CaoRukmini Iyer
    • Ozgur CetinDongwei CaoRukmini Iyer
    • G06F15/18G06Q30/00G06N5/02
    • G06Q30/02G06N7/005G06Q30/0254
    • A machine-learning method for estimating probability of a click event in online advertising systems by computing and comparing an aggregated predictive model (a global model) and one or more data-wise sliced predictive models (local models). The method comprises receiving training data having a plurality of features stored in a feature set and constructing a global predictive model that estimates the probability of a click event for the processed feature set. Then, partitioning the global predictive model into one or more data-wise sliced training sets for training a local model from each of the data-wise slices, and then determining whether a particular local model estimates probability of click event for the feature set better than the global model. A given feature set may be collected from historical data, and may comprise a feature vector for a plurality of query-advertisement pairs and a corresponding indicator that represents a click on the advertisement.
    • 一种用于通过计算和比较聚合预测模型(全局模型)和一个或多个数据切片预测模型(局部模型)来估计在线广告系统中点击事件的概率的机器学习方法。 所述方法包括接收具有存储在特征集中的多个特征的训练数据,并且构建估计所处理的特征集的点击事件的概率的全局预测模型。 然后,将全局预测模型划分成一个或多个数据切片训练集,用于从每个数据切片训练本地模型,然后确定特定局部模型是否估计特征集的点击事件的概率优于 全球模式。 给定特征集可以从历史数据收集,并且可以包括用于多个查询 - 广告对的特征向量和表示广告的点击的相应指示符。
    • 3. 发明授权
    • Using linear and log-linear model combinations for estimating probabilities of events
    • 使用线性和对数线性模型组合来估计事件的概率
    • US08484077B2
    • 2013-07-09
    • US12893939
    • 2010-09-29
    • Ozgur CetinEren ManavogluKannan AchanErick Cantu-PazRukmini Iyer
    • Ozgur CetinEren ManavogluKannan AchanErick Cantu-PazRukmini Iyer
    • G06Q30/00
    • G06Q30/0277G06Q10/04G06Q30/0241
    • A method for combining multiple probability of click models in an online advertising system into a combined predictive model, the method commencing by receiving a feature set slice (e.g. corresponding to demographics or taxonomies or clusters), and using the sliced data for training multiple slice-wise predictive models. The trained slice-wise predictive models are combined by overlaying a weighted distribution model over the trained slice-wise predictive models. The combined predictive model then is used in predicting the probability of a click given a query-advertisement pair in online advertising. The method can flexibly receive slice specifications, and can overlay any one or more of a variety of distribution models, such as a linear combination or a log-linear combination. Using an appropriate weighted distribution model, the combined predictive model reliably yields predictive estimates of occurrence of click events that are at least as good as the best predictive model in the slice-wise predictive model set.
    • 一种将在线广告系统中的点击模型的多种概率组合成组合预测模型的方法,该方法通过接收特征集切片(例如,对应于人口统计学或分类或群集)开始,并且使用分片数据来训练多个切片 - 明智的预测模型。 训练的切片预测模型通过在训练的切片预测模型上重叠加权分布模型来组合。 然后,组合预测模型用于预测在线广告中给予查询广告对的点击的概率。 该方法可以灵活地接收切片规格,并且可以覆盖各种分布模型中的任何一个或多个,例如线性组合或对数线性组合。 使用适当的加权分布模型,组合预测模型可靠地产生至少与切片预测模型集中的最佳预测模型一样好的点击事件发生的预测估计。
    • 6. 发明申请
    • Using Linear and Log-Linear Model Combinations for Estimating Probabilities of Events
    • 使用线性和对数线性模型组合来估计事件的概率
    • US20120022952A1
    • 2012-01-26
    • US12893939
    • 2010-09-29
    • Ozgur CetinEren ManavogluKannan AchanErick Cantu-PazRukmini Iyer
    • Ozgur CetinEren ManavogluKannan AchanErick Cantu-PazRukmini Iyer
    • G06Q30/00
    • G06Q30/0277G06Q10/04G06Q30/0241
    • A method for combining multiple probability of click models in an online advertising system into a combined predictive model, the method commencing by receiving a feature set slice (e.g. corresponding to demographics or taxonomies or clusters), and using the sliced data for training multiple slice-wise predictive models. The trained slice-wise predictive models are combined by overlaying a weighted distribution model over the trained slice-wise predictive models. The combined predictive model then is used in predicting the probability of a click given a query-advertisement pair in online advertising. The method can flexibly receive slice specifications, and can overlay any one or more of a variety of distribution models, such as a linear combination or a log-linear combination. Using an appropriate weighted distribution model, the combined predictive model reliably yields predictive estimates of occurrence of click events that are at least as good as the best predictive model in the slice-wise predictive model set.
    • 一种将在线广告系统中的点击模型的多种概率组合成组合预测模型的方法,该方法通过接收特征集切片(例如,对应于人口统计学或分类或群集)开始,并且使用分片数据来训练多个切片 - 明智的预测模型。 训练的切片预测模型通过在训练的切片预测模型上重叠加权分布模型来组合。 然后,组合预测模型用于预测在线广告中给予查询广告对的点击的概率。 该方法可以灵活地接收切片规格,并且可以覆盖各种分布模型中的任何一个或多个,例如线性组合或对数线性组合。 使用适当的加权分布模型,组合预测模型可靠地产生至少与切片预测模型集中的最佳预测模型一样好的点击事件发生的预测估计。
    • 8. 发明申请
    • SYSTEM AND METHOD FOR PREDICTING CONTEXT-DEPENDENT TERM IMPORTANCE OF SEARCH QUERIES
    • 用于预测搜索查询的背景相关重要性的系统和方法
    • US20110131157A1
    • 2011-06-02
    • US12626892
    • 2009-11-28
    • Rukmini IyerEren ManavogluHema Raghavan
    • Rukmini IyerEren ManavogluHema Raghavan
    • G06F17/30G06F15/18
    • G06Q30/0251
    • An improved system and method for identifying context-dependent term importance of queries is provided. A query term importance model is learned using supervised learning of context-dependent term importance for queries and is then applied for advertisement prediction using term importance weights of query terms as query features. For instance, a query term importance model for query rewriting may predict rewritten queries that match a query with term importance weights assigned as query features. Or a query term importance model for advertisement prediction may predict relevant advertisements for a query with term importance weights assigned as query features. In an embodiment, a sponsored advertisement selection engine selects sponsored advertisements scored by a query term importance engine that applies a query term importance model using term importance weights as query features and inverse document frequency weights as advertisement features to assign a relevance score.
    • 提供了一种用于识别查询的上下文相关项重要性的改进的系统和方法。 使用对查询的上下文相关项重要性的监督学习来学习查询词重要性模型,然后将其用作查询词语的重要度权重作为查询特征应用于广告预测。 例如,用于查询重写的查询项重要性模型可以预测与查询匹配的重写查询与被分配为查询特征的术语重要性权重。 或者用于广告预测的查询词重要性模型可以预测具有被指定为查询特征的术语重要性权重的查询的相关广告。 在一个实施例中,赞助的广告选择引擎选择由查询词语重要性引擎评分的赞助广告,该查询词语重要性引擎使用术语重要性权重作为查询特征和逆文档频率权重作为广告特征来分配相关性得分。
    • 10. 发明申请
    • SYSTEM AND METHOD TO IDENTIFY CONTEXT-DEPENDENT TERM IMPORTANCE OF QUERIES FOR PREDICTING RELEVANT SEARCH ADVERTISEMENTS
    • 识别相关相关重要因素的系统和方法用于预测相关搜索广告
    • US20110131205A1
    • 2011-06-02
    • US12626894
    • 2009-11-28
    • Rukmini IyerEren ManavogluHema Raghavan
    • Rukmini IyerEren ManavogluHema Raghavan
    • G06F17/30
    • G06F16/3334
    • An improved system and method for identifying context-dependent term importance of queries is provided. A query term importance model is learned using supervised learning of context-dependent term importance for queries and is then applied for advertisement prediction using term importance weights of query terms as query features. For instance, a query term importance model for query rewriting may predict rewritten queries that match a query with term importance weights assigned as query features. Or a query term importance model for advertisement prediction may predict relevant advertisements for a query with term importance weights assigned as query features. In an embodiment, a sponsored advertisement selection engine selects sponsored advertisements scored by a query term importance engine that applies a query term importance model using term importance weights as query features and inverse document frequency weights as advertisement features to assign a relevance score.
    • 提供了一种用于识别查询的上下文相关项重要性的改进的系统和方法。 使用对查询的上下文相关项重要性的监督学习来学习查询词重要性模型,然后将其用作查询词语的重要度权重作为查询特征应用于广告预测。 例如,用于查询重写的查询项重要性模型可以预测与查询匹配的重写查询与被分配为查询特征的术语重要性权重。 或者用于广告预测的查询词重要性模型可以预测具有被指定为查询特征的术语重要性权重的查询的相关广告。 在一个实施例中,赞助的广告选择引擎选择由查询词语重要性引擎评分的赞助广告,该查询词语重要性引擎使用术语重要性权重作为查询特征和逆文档频率权重作为广告特征来分配相关性得分。