Skip to main content

IAM RoadSmart welcomes US study on benefits of humans and new vehicles working together

UK independent road safety charity IAM RoadSmart has welcomed a new white paper which it says supports its statement that we will not gain the full safety benefits of self-driving cars until every car on the road is connected to each other. Until then, IAM RoadSmart believes that the human mind holds the edge, until such point that connected cars actually ‘talk’ to each other and predict what is happening over the horizon. According to the white paper, Sensor Fusion: A Comparison of Sensing Capabilities of
August 17, 2017 Read time: 3 mins

UK independent road safety charity IAM RoadSmart has welcomed a new white paper which it says supports its statement that we will not gain the full safety benefits of self-driving cars until every car on the road is connected to each other. Until then, IAM RoadSmart believes that the human mind holds the edge, until such point that connected cars actually ‘talk’ to each other and predict what is happening over the horizon.

According to the white paper, Sensor Fusion: A Comparison of Sensing Capabilities of Human Drivers and Highly Automated Vehicles, written by Brandon Schottle of the 5594 University of Michigan, machines/computers are generally well suited to perform tasks like driving, especially in regard to reaction time (speed), power output and control, consistency, and multichannel information processing. Human drivers still generally maintain an advantage in terms of reasoning, perception, and sensing when driving.

He added: “While no single sensor completely equals human sensing capabilities, some offer capabilities not possible for a human driver.

“In the short to medium term AV [autonomous vehicle] sensing systems will still be critical for detection of any road user or roadway obstacle that is not detected and shared by connected vehicles which is where the human brain comes in.”

Schottle pointed out a number of circumstances in which both human capability and a connected vehicle’s perception can be compromised – thus increasing the need for each party to work together – such as extreme weather, excessive dirt or physical obstructions, darkness or low illumination, large physical obstructions and dense traffic.

The report also pointed out where the human brain wins out over a vehicle’s ‘brain’; it said in the areas of memory, reasoning, sensing and perception, human involvement is both desirable and advantageous.

Neil Greig, IAM RoadSmart director of policy and research, said: “The ultimate win-win situation is a place where information from each vehicle is shared with the vehicles around it; add that to human experience born from a lifetime of ‘trial and error’ and you have the ideal double-act to spot crashes before they happen.”

Back in March, IAM RoadSmart warned that cars with growing levels of autonomy could make motorists lazy and over reliant on gadgets – with far reaching implications for the potential reduction of people killed and seriously injured on the roads.

Greig said at the time: “When it comes to driverless cars, IAM RoadSmart members are not keen to give up full control. The implications for future driver competence and training as we become more reliant on technology are still far from clear.”

The House of Lords Science and Technology Committee report Connected and Autonomous Vehicles: The future? echoed this view, stating: “Autonomous cars could have negative implications for drivers' competence, making drivers complacent and overly reliant on technology. This is of particular concern in emergency situations, where a driver may react slowly to taking back control of a vehicle.”

For more information on companies in this article

Related Content

  • New technology revolution in urban traffic control?
    January 26, 2012
    Urban traffic control is a well-defined and practised art. Nevertheless, there are technologies here and on the horizon with the potential to revolutionise how we do things. By Gavin Jackman and Andrew Kirkham, TRL, and Jason Barnes. Distributed monitoring and control of urban traffic networks and flows is nothing new. PC-based Urban Traffic Control (UTC) is now well established and operating in many locations around the world. However, it is worth considering the effects of the huge growth in the use of sm
  • Car parking and parked cars need not be a technological black hole
    March 19, 2015
    David Crawford mines the potential of joined-up parking. Drivers conventionally see parking as an isolated, often frustrating, action; but collectively their attempts to find a space impact hugely on traffic flows. But new analyses of parking events look set to deliver real benefits to motorists and cities alike. Initiatives getting under way around the world are highlighting the advantages of connecting up parking events and – eventually - parked cars. The hoped-for results include not only enhanced urban
  • Motown morphs into Mobility City
    August 7, 2018
    Detroit was once a byword for urban decay – but ITS America recently held its annual meeting there. This gave David Arminas a chance to assess how fast Motor City is moving down the road to recovery. Motor City, as Detroit is still called, was on its financial knees only five short years ago. The future looked bleak as the city and greater urban area bled jobs and population. It was on 18 July 2013 that Motown, as Detroit is also known, filed for Chapter 9 bankruptcy protection, the
  • Building Europe’s roads for driverless age
    June 17, 2022
    Creating smart, co-operative road transport systems that harness the white heat of technology won’t be easy but a new document shows the way – Andrew Stone does some reading…