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    • 3. 发明申请
    • METHODS AND SYSTEMS FOR IDENTIFYING MEMBER PROFILES SIMILAR TO A SOURCE MEMBER PROFILE
    • 用于识别类似于会员资料的会员资料的方法和系统
    • US20150134745A1
    • 2015-05-14
    • US14602661
    • 2015-01-22
    • LinkedIn Corporation
    • Christian PosseAbhishek GuptaAnmol BhasinMonica Rogati
    • H04L29/08
    • G06F17/3053G06F17/30554G06F17/30867H04L67/22H04L67/306
    • Techniques for identifying and presenting member profiles similar to a source member profile are described. With some embodiments, a general recommendation engine is used to extract features from member profiles, and then store the extracted features, including any computed, derived or retrieved profile features, in an enhanced member profile. In real-time, the general recommendation engine processes client requests to identify member profiles similar to a source member profile by comparing select profile features stored in the enhanced member profile with corresponding profile features of the source member profile, where the comparison results in several similarity sub-scores that are then combined in accordance with directives set forth in a configuration file. Finally, the member profiles with the highest similarity scores corresponding with the user-selected member profile are selected, and in some instances, presented to a user.
    • 描述用于识别和呈现类似于源成员简档的成员简档的技术。 利用一些实施例,使用通用推荐引擎从成员简档中提取特征,然后将所提取的特征(包括任何计算的,导出的或检索到的简档特征)存储在增强的成员简档中。 实时地,一般推荐引擎通过将存储在增强成员简档中的选择简档特征与源成员简档的相应简档特征进行比较来处理客户端请求以识别类似于源成员简档的成员简档,其中比较导致几种相似性 然后根据配置文件中列出的指令组合子分数。 最后,选择与用户选择的成员简档相对应的具有最高相似性得分的成员简档,并且在某些情况下呈现给用户。
    • 8. 发明授权
    • Facilitating machine learning in an online social network
    • 促进在线社交网络中的机器学习
    • US09082084B2
    • 2015-07-14
    • US13931109
    • 2013-06-28
    • LinkedIn Corporation
    • Paul T. OgilvieXiangrui MengAnmol BhasinTrevor A. Walker
    • G06N99/00G06Q50/00
    • G06N99/005G06Q50/01
    • Automatic machine-learning processes and systems for an online social network are described. During operation of the online social network, a system can automatically collect labeled training events, obtain snapshots of raw entity data associated with subjects from the collected training events, produce training examples by generating features for each training event using the snapshots of entity data and current entity data, and split the training examples into a training set and a test set. Next, the system can use a machine-learning technique to train a set of models and to select the best model based on one or more evaluation metrics using the training set. The system can then evaluate the performance of the best model on the test set. If the performance of the best model satisfies a performance criterion, the system can use the best model to predict responses for the online social network.
    • 描述了用于在线社交网络的自动机器学习过程和系统。 在线社交网络运行期间,系统可以自动收集标签的训练事件,从收集的训练事件中获取与主体相关的原始实体数据的快照,通过使用实体数据和当前的快照为每个训练事件生成特征来产生训练示例 实体数据,并将训练样本分为训练集和测试集。 接下来,系统可以使用机器学习技术来训练一组模型,并且基于使用训练集合的一个或多个评估度量来选择最佳模型。 然后,系统可以评估测试集上最佳模型的性能。 如果最佳模型的性能满足性能标准,则系统可以使用最佳模型来预测在线社交网络的响应。