Categories: FAANG

Fusion-Id: A Photoplethysmography and Motion Sensor Fusion Biometric Authenticator With Few-Shot on-Boarding

The abundance of wrist-worn heart rate measuring devices enables long term cardiovascular monitoring through photoplethysmography (PPG). Such signals contain unique identifiable information that can help in biometric authentication. In this work, we propose Fusion-ID, which use wrist-worn PPG sensors fused with motion sensor data as a way to do bio authentication on wrist worn devices. We conducted a user study using a PPG and motion sensor enabled wrist-worn device and collected data from 247 users. We then propose a novel sensor fusion deep Siamese network architecture for feature embedding…
AI Generated Robotic Content

Recent Posts

Extra finger, mutated fingers, malformed, deformed hand,

submitted by /u/NetPlayer9 [link] [comments]

23 hours ago

Decision Trees Aren’t Just for Tabular Data

Versatile, interpretable, and effective for a variety of use cases, decision trees have been among…

23 hours ago

Netflix Tudum Architecture: from CQRS with Kafka to CQRS with RAW Hollow

By Eugene Yemelyanau, Jake GriceIntroductionTudum.com is Netflix’s official fan destination, enabling fans to dive deeper into…

23 hours ago

New capabilities in Amazon SageMaker AI continue to transform how organizations develop AI models

As AI models become increasingly sophisticated and specialized, the ability to quickly train and customize…

23 hours ago

$8.8 trillion protected: How one CISO went from ‘that’s BS’ to bulletproof in 90 days

Clearwater Analytics CISO Sam Evans dodged a bullet by blocking shadow AI from exposing data…

24 hours ago

The 7 Best Prime Day Action Camera Deals for Thrill Seekers (2025)

Action cameras are perfect for travel, social media vlogging, and careening around the lake on…

24 hours ago