Search Results for author: Manojkumar Rangasamy Kannadasan

Found 6 papers, 0 papers with code

Towards Fairness in Personalized Ads Using Impression Variance Aware Reinforcement Learning

no code implementations5 Jun 2023 Aditya Srinivas Timmaraju, Mehdi Mashayekhi, Mingliang Chen, Qi Zeng, Quintin Fettes, Wesley Cheung, Yihan Xiao, Manojkumar Rangasamy Kannadasan, Pushkar Tripathi, Sean Gahagan, Miranda Bogen, Rob Roudani

While there are many definitions of fairness that could be applicable in the context of personalized systems, we present a framework which we call the Variance Reduction System (VRS) for achieving more equitable outcomes in Meta's ads systems.

Fairness Privacy Preserving +2

Conditional Sequential Slate Optimization

no code implementations12 Aug 2021 YiPeng Zhang, Mingjian Lu, Saratchandra Indrakanti, Manojkumar Rangasamy Kannadasan, Abraham Bagherjeiran

To that end, we propose a hybrid framework extended from traditional slate optimization to solve the conditional slate optimization problem.

Addressing Purchase-Impression Gap through a Sequential Re-ranker

no code implementations27 Oct 2020 Shubhangi Tandon, Saratchandra Indrakanti, Amit Jaiswal, Svetlana Strunjas, Manojkumar Rangasamy Kannadasan

It is critical for eCommerce search engines to showcase in the top results the variety and selection of inventory available, specifically in the context of the various buying intents that may be associated with a search query.

Learning-To-Rank

Influence of Neighborhood on the Preference of an Item in eCommerce Search

no code implementations10 Aug 2019 Saratchandra Indrakanti, Svetlana Strunjas, Shubhangi Tandon, Manojkumar Rangasamy Kannadasan

Surfacing a ranked list of items for a search query to help buyers discover inventory and make purchase decisions is a critical problem in eCommerce search.

Learning-To-Rank

Personalized Query Auto-Completion Through a Lightweight Representation of the User Context

no code implementations3 May 2019 Manojkumar Rangasamy Kannadasan, Grigor Aslanyan

The ranking model with the proposed features results in a $20-30\%$ improvement over the MPC model on all metrics.

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