P

Inventor

Saha Ankan

US13 patents
⚠️ This page may combine multiple inventors who share the name “Saha Ankan”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

MICROSOFT TECHNOLOGY LICENSING LLC

12 patents
US10565562B2Feb 18, 2020

Hashing query and job posting features for improved machine learning model performance

MICROSOFT TECHNOLOGY LICENSING LLC14 citations80
US11288591B2Mar 29, 2022

Per-article personalized models for recommending content email digests with personalized candidate article pools

MICROSOFT TECHNOLOGY LICENSING LLC3 citations71
US11205136B2Dec 21, 2021

Per-article personalized model feature transformation

MICROSOFT TECHNOLOGY LICENSING LLC0 citations60
US10866977B2Dec 15, 2020

Determining viewer language affinity for multi-lingual content in social network feeds

MICROSOFT TECHNOLOGY LICENSING LLC1 citations60
US10460402B2Oct 29, 2019

Large scale multi-objective optimization

MICROSOFT TECHNOLOGY LICENSING LLC1 citations59
US11537911B2Dec 27, 2022

Machine learning techniques to nurture content creation

MICROSOFT TECHNOLOGY LICENSING LLC1 citations55
US11769048B2Sep 26, 2023

Recommending edges via importance aware machine learned model

MICROSOFT TECHNOLOGY LICENSING LLC1 citations54
US11392851B2Jul 19, 2022

Social network navigation based on content relationships

MICROSOFT TECHNOLOGY LICENSING LLC0 citations50
US11263704B2Mar 1, 2022

Constrained multi-slot optimization for ranking recommendations

MICROSOFT TECHNOLOGY LICENSING LLC0 citations49
US12243072B2Mar 4, 2025

Segment modeling for machine learning using tensor train decompositions

MICROSOFT TECHNOLOGY LICENSING LLC0 citations46
US11941057B2Mar 26, 2024

Deep representation machine learned model for heterogeneous information networks

MICROSOFT TECHNOLOGY LICENSING LLC0 citations42
US10757217B2Aug 25, 2020

Determining viewer affinity for articles in a heterogeneous content feed

MICROSOFT TECHNOLOGY LICENSING LLC0 citations39

SAMSUNG ELECTRONICS CO LTD

1 patent