Panasonic develops driver drowsiness-control technology

Panasonic Corporation has developed a drowsiness-control technology for detecting and predicting a person's level of drowsiness prior to driving. This technology, which can help prevent drowsy driving, detects a driver's shallow drowsiness at the initial state by accurately measuring his states without physical contact, including blinking features and facial expressions, captured by an in-vehicle camera and processing these signals using artificial intelligence. Using measurement data from the in-vehicle en
July 28, 2017 Read time: 1 min
598 Panasonic Corporation has developed a drowsiness-control technology for detecting and predicting a person's level of drowsiness prior to driving.


This technology, which can help prevent drowsy driving, detects a driver's shallow drowsiness at the initial state by accurately measuring his states without physical contact, including blinking features and facial expressions, captured by an in-vehicle camera and processing these signals using artificial intelligence.

Using measurement data from the in-vehicle environment, Panasonic's new technology predicts transitions in the driver's drowsiness level. The technology also combines thermal sensation monitoring function, allowing the driver to stay comfortably awake while driving.

Location Based Systems

For more information on companies in this article

Related Content

  • Traffic management is increasingly image conscious
    January 27, 2025
    At the Vision show in Stuttgart, Germany, a wide variety of traffic-related solutions were on display. Adam Hill takes the temperature of the industry…
    Read More
  • Bridging the highway travel information gap
    March 14, 2012
    A new traffic management solution is attempting to bridge the gap in information available on freeways and arterial roadways. Andrew Bardin Williams reports. Agencies responsible for national networks of roads around the world have the ability to measure, analyse and disseminate accurate travel information to drivers. Millions of dollars go into data collection infrastructure to collect traffic congestion and travel time information on major freeways or highways. For example, a driver on the I-210 in the Lo
    Read More
  • The red light camera choice: 60 killed or save US$231 million a year
    June 5, 2015
    David Crawford investigates new cost-benefit analysis of red light cameras. US states can now realistically calculate the economic benefits of using red light safety cameras, alone or in combination with other measures, to cut road traffic accident levels. The results could be of material value in making the case for the cameras as a number of state legislatures continue to debate their acceptability.
    Read More
  • Michael Baker International adds to UAS inspection fleet
    November 18, 2016
    US-based engineering and planning consulting service Michael Baker International has expanded its inspection services with the purchase of a Topcon Falcon 8 unmanned aircraft system (UAS), offering a new perspective for its pilots to achieve precise aerial imagery and mapping during the inspection of infrastructure elements. Combined with the company’s mobile and static Light Detection and Ranging (LiDAR) systems for data collection and by utilising the system’s flight stability and high-resolution 32-me
    Read More

Highlighted Content