Download the Baby Cry Ready Model Benchmark Report

Imagimob's Baby Cry Ready Model is a commercial solution for consumer electronics manufacturers. This Benchmarking Report shows you how the Baby Cry Ready Model performs in relation to two other cutting-edge models and solutions to ensure real-world effectiveness. 

One of these models is from a recent research paper with the highest accuracy, and the other is an industrial solution integrated into common mobile phones.

Fill out the form below and we will send you a copy of the Benchmark Report. 

Explore more Ready Models

Coughing

The Coughing model is designed for use in healthcare products or wearables. It detects coughing, which can indicate illness or other respiratory conditions, and can be used to identify potential environmental hazards.

- Captures at least 94% of coughs
- Robust against the most common indoor and outdoor background sounds
- Measures coughs per hour to identify 'sick' versus 'healthy' user

Gestures

The Gesture Detection model makes smart home or lifestyle products easier to use. Swipe up to add time to your microwave! Push to turn on your coffee machine!

This radar-based model recognizes five hand gestures. The use cases for consumer products are nearly limitless.

- Robust against many variations, such as a user sitting or standing, or different user heights

Sirens

This model uses audio event detection to identify emergency vehicle sirens. This can be used to alert pedestrians to emergency vehicles in their vicinity, or to trigger other safety features in wearables. 

- Captures over 95% of siren sounds 
- Robust against common traffic background sounds in different environments
- Able to detect siren sounds from all directions

Snoring

This model is ideal for companies with healthcare or wearable products that want to identify snoring. This important feature can be used to identify health or environmental issues. 

- Captures at least 96% of snores
- Robust against the most common background sounds, particularly indoor
- Flexibly designed to be used in wearables or in devices that are placed near the bed