Self Driving Cars
Senior design expert Donald Norman asks what's worse, bad drivers or bad robot drivers and comes up with a firm answer—the sooner we can get automated cars on the road, the better. |
Donald Norman has been trying to help designers create human friendly devices and interfaces for years. This includes the mobile technologies that now contribute to some of the most dangerous habits we deal with today—distracted driving.
"I am fearful of the rapid rush toward full automation and have published numerous articles about the difficulties we will face because of the mismatch of the automation and human behavior," writes Norman in a piece for LinkedIn. "However, I am even more fearful of the rapid rise of distracting devices installed in automobiles, mounted on dashboards, worn on the wrist or body, or carried on seats, pockets, and laps of drivers."
In the United States over 30,000 people die each year in automobile accidents. Over 1 million are injured. In the world, the World Health Organization estimates deaths at over 1 million and injuries between 20 and 50 million.
Self driving cars, like Delphi's that recently drove across the United States, today remain largely a research and development activity, however some estimates predict they will be common on our roads before 2020. Managing all the complexities of city driving and adverse weather conditions remain areas where the technology needs to be made better, prior to mass adoption.
Meanwhile people continue to produce large number of deaths and injuries in their vehicles. Making matters worse is the rise of distracted driving. While drivers adjust the temperature in the car, tune the radio, or try to send a text message, distractions take their attention from the road for considerable time. As Norman points out, at 60 mph (100 kph), in one second the driver has gone roughly 90 feet (30 meters). In the city, at 6 miles/hour (10 kph), this translates to 9 feet (3 meters): one second of distraction is more than enough to crash into another vehicle hit a pedestrian.
"Today’s imperfect automation is preferable to today’s distracted and imperfect drivers. The sooner we can get automated cars on the road, the better." |
Automation is imperfect, but it is continually getting better. Distractions are dangerous, and continually becoming more pervasive, more numerous. This leads to the obvious conclusion: Today’s imperfect automation is preferable to today’s distracted and imperfect drivers. The sooner we can get automated cars on the road, the better.
Laws don't work either according to Norman. "I predict that within the next decade, automation will be good enough to reduce the number of accidents and deaths in the world. More importantly, automation will be on an ever-increasing trajectory of improvement in safety and reliability."
When should we switch to automated vehicles, asks Norman. "As soon as we are determine that automation can significantly reduce deaths and injuries. We will need to do controlled tests in order to know that the cure – automation – is indeed better than the ailment – human drivers."
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The increasing number of distractions for drivers like infotainment systems and the every increasing number of new devices, tempt drivers and take their focus off their primary task. "Imperfect driving is potentially more dangerous than imperfect automation," writes Norman. "Add to this the other benefits to those today who are unable to drive: the elderly, the handicapped, and of course the blind."
Norman is the director of the newly established Design Lab at the University of California San Diego (which is doing research on automated vehicles), co-founder of the Nielsen Norman group, professor (Harvard, UC San Diego, Northwestern, KAIST, Tongji), business exec (former VP at Apple and executive at HP), on company boards and company advisor, and author of best-selling books on design: Emotional Design, Living with Complexity, and the highly influential Design of Everyday Things.
SOURCE LinkedIn
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