Activity
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Really enjoyed presenting at #MenaML in Saudi Arabia last week! 🇸🇦 Great questions, thoughtful discussions, and a genuinely energising community…
Really enjoyed presenting at #MenaML in Saudi Arabia last week! 🇸🇦 Great questions, thoughtful discussions, and a genuinely energising community…
Liked by Ding Zhou
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✨⚡💜 I ACCEPTED AN OFFER!!!! 💜⚡✨ Details coming soon :)
✨⚡💜 I ACCEPTED AN OFFER!!!! 💜⚡✨ Details coming soon :)
Liked by Ding Zhou
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Note to my younger self, though it applies at any age: Over your life, there are going to be thousands of times that you get triggered — something…
Note to my younger self, though it applies at any age: Over your life, there are going to be thousands of times that you get triggered — something…
Liked by Ding Zhou
Experience & Education
Publications
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Co-Ranking Authors and Documents in a Heterogeneous Network
International Conference on Data Mining
See publicationRecent graph-theoretic approaches have demonstrated remarkable successes for ranking networked entities, but most of their applications are limited to homogeneous networks such as the network of citations between publications. This paper proposes a novel method for co-ranking authors and their publications using several networks: the social network connecting the authors, the citation network connecting the publications, as well as the authorship network that ties the previous two together. The…
Recent graph-theoretic approaches have demonstrated remarkable successes for ranking networked entities, but most of their applications are limited to homogeneous networks such as the network of citations between publications. This paper proposes a novel method for co-ranking authors and their publications using several networks: the social network connecting the authors, the citation network connecting the publications, as well as the authorship network that ties the previous two together. The new co-ranking framework is based on coupling two random walks, that separately rank authors and documents following the PageRank paradigm. As a result, improved rankings of documents and their authors depend on each other in a mutually reinforcing way, thus taking advantage of the additional information implicit in the heterogeneous network of authors and documents.
Patents
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Cognitive relevance targeting in a social networking system using concepts inferred from explicit information
Issued US 20130124447
A social networking system infers a user's present interests based on the user's recent actions and/or the recent actions of the user's connections in the social networking system. The social networking system also determines a set of concepts associated with each of a set of information items, such as advertisements. By matching the user's present interests with the concepts associated with the information items, the social networking system selects one or more of the information items that…
A social networking system infers a user's present interests based on the user's recent actions and/or the recent actions of the user's connections in the social networking system. The social networking system also determines a set of concepts associated with each of a set of information items, such as advertisements. By matching the user's present interests with the concepts associated with the information items, the social networking system selects one or more of the information items that are likely to be of present interest to the user. At least one of the matched interests and concepts are not identical. The social networking system then presents the selected information items for display to the user, thereby providing information based on an inferred temporal relevance of that information to the user.
Other inventorsSee patent
Languages
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Chinese
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English
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More activity by Ding
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one of our company values at Beacons AI is shoot your shot 🏀 and we love to see that play out at Beacons and beyond—like when a DM for a coffee chat…
one of our company values at Beacons AI is shoot your shot 🏀 and we love to see that play out at Beacons and beyond—like when a DM for a coffee chat…
Liked by Ding Zhou
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Chinese New Year is the greatest annual human migration, with 9.5 billion trips projected for the 2026 celebration. But I only care about two. 👩🏻…
Chinese New Year is the greatest annual human migration, with 9.5 billion trips projected for the 2026 celebration. But I only care about two. 👩🏻…
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