Back to publications
Patent — Government of India·July 2022·Granted patent

A Covariate-Based Gait Recognition System and Method for Edge Analytics Using Optimized Deep Learning Pipeline

Gait Recognition · Deep Learning · Biometrics

Patent — Government of India · Government of India · IP India · Granted 27 July 2022

Patent reference · 2022

A Covariate-Based Gait Recognition System and Method for Edge Analytics Using Optimized Deep Learning Pipeline

Patent — Government of India · Government of India · IP India

Gait Recognition · Deep Learning · Biometrics

Research reference · Government of India · IP India

Publication record

Venue
Patent — Government of India
Publisher
Government of India · IP India
Granted
Granted 27 July 2022
Research area
Gait Recognition · Deep Learning · Biometrics
Patent number
402202
Application number
202111034240
Filed
29 July 2021
Jurisdiction
India · certificate term 20 years from filing; current legal status requires registry verification

Research summary

Patent reference describing covariate-based gait recognition for edge analytics using an optimized deep learning pipeline. Consult the official registry for the full specification, rights holders and current legal status.

Research topics

Gait RecognitionDeep LearningBiometrics

Research reference

"A Covariate-Based Gait Recognition System and Method for Edge Analytics Using Optimized Deep Learning Pipeline." Patent 402202, Government of India · IP India, granted 27 July 2022.
The full text, abstract and figures are available from the official patent registry via the links above. Copyright and patent rights remain with their respective rights holders; inclusion does not imply GaitAI authorship or ownership.

Research → capability → product

This publication informs a research foundation. Connections below describe GaitAI's documented architecture; they do not establish product accuracy, clinical validation or regulatory clearance.

Edge gait analytics (Patent 402202)

See this paper in GaitScape →

Modules directly informed at capability level

AccessMotion

Gait-enhanced access control

Product signals: Gait identity

Shared architecture · 3 additional modules

These modules share platform capabilities. The publication does not directly address their applications.

Inspect the evidence index →

Related publications

All publications
2024

Advancements in Artificial Intelligence for Biometrics: A Deep Dive into Model-based Gait Recognition Techniques

Engineering Applications of Artificial Intelligence
ElsevierJournal article
Machine LearningGait RecognitionBiometrics
2024

Journey into Gait Biometrics: Integrating Deep Learning for Enhanced Pattern Recognition

Digital Signal Processing
ElsevierJournal article
Gait RecognitionBiometricsDeep Learning
January 2023

Deep learning pipelines for recognition of gait biometrics with covariates: a comprehensive review

Artificial Intelligence Review
SpringerReview
Gait RecognitionBiometricsDeep Learning