Skip to main content

Mitsubishi Electric Technology Detects Intoxication During Driving to Provide Driver Alerts and Even Vehicle-control Interventions

Verified for compliance with European and U.S. regulatory and assessment frameworks, aiming to help reduce traffic accidents caused by drunk driving

Mitsubishi Electric Corporation (TOKYO: 6503) announced today that it has developed a technology that accurately detects intoxication levels indicated by driver distraction and drowsiness, and provides driver alerts and vehicle-control interventions as needed to help prevent alcohol-related accidents. The system detects intoxication using a combination of non-contact pulse-rate measurements, which are based on images captured with a driver monitoring system (DMS), and vehicle control data, such as steering and acceleration inputs. Mitsubishi Electric hopes that its in-vehicle technology, which incorporates the company’s proprietary Maisart® AI technology, will reduce traffic accidents and fatalities due to drunk driving beginning possibly as early as next year.

The system’s AI analyzes pulse-rate and eye-movement data extracted from DMS images and vehicle-control signals to determine intoxication. Even if alcohol-induced facial changes are subtle, variations in pulse rate caused by drinking can be used to detect intoxication with high accuracy. Mitsubishi Electric hopes that its new technology for high-precision detection of intoxication will reduce alcohol-related driving accidents and thereby contribute to a safer world.

For the full text, please visit: www.MitsubishiElectric.com/news/

Contacts

Recent Quotes

View More
Symbol Price Change (%)
AMZN  238.18
+1.53 (0.65%)
AAPL  258.21
-1.75 (-0.67%)
AMD  227.92
+4.32 (1.93%)
BAC  52.59
+0.11 (0.21%)
GOOG  333.16
-3.15 (-0.94%)
META  620.80
+5.28 (0.86%)
MSFT  456.66
-2.72 (-0.59%)
NVDA  187.05
+3.91 (2.13%)
ORCL  189.85
-3.76 (-1.94%)
TSLA  438.57
-0.63 (-0.14%)
Stock Quote API & Stock News API supplied by www.cloudquote.io
Quotes delayed at least 20 minutes.
By accessing this page, you agree to the Privacy Policy and Terms Of Service.