Posture Recognition

Detect specific human poses such as Lying Down, Sitting, Standing automatically.

What is Posture Recognition?

Computer vision algorithms perform image processing on real-time video feeds to detect specific human postures. Human pose estimation makes use of semantic keypoint tracking in video frames.

Posture Recognition Features

Detection of human activity and movement by applying posture recognition to video feeds.

  • AI models to detect the following posture states: Laying down, sitting, walking, and standing.
  • Track changes in human postures to determine specific events (standing up, seating down, falling down)
  • Determine time between specific posture-changing events.

Value of Posture Recognition Systems

The detection and tracking of human positions as a wide range of use cases that provide economic value through automation and digitization of human activity.

  • The use of conventional cameras is non-invasive, no physical sensors are needed.
  • On-device processing of visuals ensures privacy-preserving image processing (no data-offloading to the cloud).
  • Automatically detect specific events and suspicious behavior in security and surveillance applications.
  • Workforce safety application to detect dangerous situations autonomously.
  • Save costs for manual observation while obtaining higher accuracy and repeatability.
  • Quantification of the occurrence of specific events based on posture recognition.
  • Healthcare applications to determine the time spent between key events seating, standing, walking (e.g. Timed Stand Up An Go Test)
Industries
Last updated
September 18, 2021
Usage
Requires Viso Suite
Support

How to get started

This solution is built on Viso Suite, the all-in-one computer vision platform to deploy, run and scale the solution with powerful tools and infrastructure.

To get started, request a personal demo, we will put together a plan that includes all the services you need to get started.

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