Microsoft Technology Licensing, LLC

Vladislav Tcheprasov

Jeffrey Gee

Mahesh Subhash Joshi

Gungor Polatkan

Anish Ramdas Nair

Shivani Rao

Konstantin Salomatin

Runfang Zhou

Deepak Kumar Dileep Kumar

Ajit Paul Singh

Da Teng

Christopher Wright Lloyd, Ii

Sen Zhou

Sachin Hosmani

Techniques for implementing a feature generation pipeline for machine learning are provided. In one technique, multiple jobs are executed, each of which computes a different set of feature values for a different feature of multiple features associated with videos. A feature registry is stored that lists each of the multiple features. After the jobs are executed and the feature registry is stored, a model specification is received that indicates a set of features for a model. For each feature in a subset of the set of features, a location is identified in storage where a value for said each feature is found and the value for that feature is retrieved from the location. A feature vector is created that comprises, for each feature in the set of features, the value that corresponds to that feature. The feature vector is used to train the model or as input to the model.

Feature generation pipeline for machine learning

A system, a machine-readable storage medium storing instructions, and a computer-implemented method described herein are directed to a Similar Profiles Engine. The Similar Profiles Engine generates an inverted index query based on one or more portions of profile data of a target member account of a social network service. The Similar Profiles Engine identifies respective profile data, of one or more candidate member accounts in the social network service, that maps to at least one inverted index filter, the at least one inverted index filter matching at least a portion of the inverted index query. The Similar Profiles Engine calculates a similarity score between each respective candidate member account and the target member account, and causes a display of identifiers of one or more candidate member accounts in a user interface of a client device based on respective similarity scores.

Next generation similar profiles

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Lafayette, CA, United States of America

Vladislav Tcheprasov