Ryan Roslansky
CEO at LinkedIn
San Francisco Bay Area
940K followers
500+ connections
About
As CEO of LinkedIn and EVP of Microsoft Office, I am passionate about connecting the world’s professionals to make them more productive and successful. In my years with LinkedIn, I've been fortunate to work alongside talented and innovative colleagues, and together we have developed the world's leading professional networking platform. As we look to grow and evolve LinkedIn in the years to come, I'm excited to continue driving our vision of creating economic opportunity for every member of the global workforce.
Courses by Ryan
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Make AI Your Career Advantage with Ryan Roslansky and Aneesh Raman48m
Make AI Your Career Advantage with Ryan Roslansky and Aneesh Raman
By: Aneesh Raman
Articles by Ryan
Activity
940K followers
Experience
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LinkedIn
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Co-Founder / CEO
Housing Media
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Skills
Patents
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Method and system to determine a member profile associated with a reference in a publication
Issued USPTO 08849813
See patentMethod and system are provided to determine a member profile associated with a reference to a person in a publication and may be used beneficially to identify members of a social network in news articles. The system may be configured to detect a publication that was shared by a member of an on-line social networking system, determine that the publication includes a name entity, and identify a member profile in the on-line social networking system that represents a member referenced by the name…
Method and system are provided to determine a member profile associated with a reference to a person in a publication and may be used beneficially to identify members of a social network in news articles. The system may be configured to detect a publication that was shared by a member of an on-line social networking system, determine that the publication includes a name entity, and identify a member profile in the on-line social networking system that represents a member referenced by the name entity. The process of identifying a member profile in the on-line social networking system that represents a member referenced by the name entity may include building a list of candidate profiles from the member profiles of the on-line social networking system and selecting a matching profile from the candidate profiles, utilizing one or more disambiguation techniques.
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System and method of placing a search listing in at least one search result list
Issued US 20050004835
A system and method is provided for qualifying search listings for placement in at least one search result list and ordering the search listings according to an algorithm. Specifically, a searching device is adapted to received items of information, such as search listings (e.g., www.yahoo.com, etc.), search terms (e.g., "cars," "beauty supplies," etc.) and monetary amounts (e.g., $1.00, etc.), from a plurality of promoting devices, receive a search inquiry (i.e., a search term) from a…
A system and method is provided for qualifying search listings for placement in at least one search result list and ordering the search listings according to an algorithm. Specifically, a searching device is adapted to received items of information, such as search listings (e.g., www.yahoo.com, etc.), search terms (e.g., "cars," "beauty supplies," etc.) and monetary amounts (e.g., $1.00, etc.), from a plurality of promoting devices, receive a search inquiry (i.e., a search term) from a reception device, and provide (in response thereto) at least one search result list including search listings (i) associated with the search inquiry and (ii) qualified for placement in the search result list. In other words, if the search term linked to the search listing is the same as (or substantially similar to) the search inquiry, then the first prong is met. Furthermore, if a predetermined number of monetary amounts (i.e., as linked to a predetermined number of search listings associated with the search inquiry) are not higher than the monetary amount linked to the search listing, then the second prong is met and the search listing is qualified for placement. Thus, only a predetermined number of search listings (e.g., three, five, etc.) that are both (i) associated with the search inquiry and (ii) linked to the highest monetary amounts are qualified for placement in the search result list. Once the search listings are qualified for placement in the search result list, the searching device is adapted to arrange the qualified search listings according to an algorithm (e.g., randomly, according to relevance, according to monetary amounts, etc.).
Other inventorsSee patent
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