DeZwarteRidder schreef op 3 jun 2018 om 16:21:
The Cartographic Arms Dealers
Making a driverless map, like making a driverless car, is a laborious task. Fleets of autonomous test cars, loaded with expensive lidar sensors and cameras, go out into the world with human backup drivers and capture their surroundings. Plotting the results helps train the next fleet, which will still have safety drivers at the wheel—and, in some cases, scores of additional humans sitting behind computer monitors to catalog all the footage. It’s an expensive ordeal with a payoff that’s years, if not decades, away. “Even if you could drive your own vehicles around and hit every road in the world, how do you update?” asked Dan Galves, a spokesman for Mobileye. “You’d have to send these vehicles around again.”
Unlike conventional digital maps, self-driving maps require almost-constant updates. The slightest variation on the road—a construction zone that pops up overnight, or a bit of debris—could stop a driverless car in its tracks. “It’s the freak thing that happens that’s going to make autonomous not work,” said McNally, the analyst.
Mobileye argues that it’s more efficient and cost-effective to let the cars we’re driving today see what’s ahead. In January, the Intel Corp. unit announced a “low-bandwidth” mapping effort, with its front-facing camera and chip sensor that it plans to place in 2 million cars this year. The idea is to get cars to view such things as lane markers, traffic signals and road boundaries, letting them automate some driving.
Mobileye says this will take less computing horsepower than building a comprehensive HD map of the roads would; Mobileye’s Galves said the company will pair its sensor data with the maps from navigational companies
and, over time, create a map that a fully driverless car could use.