Apple Car Tour (presumably) shows increased hit automation

Apple has always said that it tries to put the person at the heart of everything it does. He will probably find that he has to do the same with Apple Car for a simple reason: human augmentation prefers human replacement through automation.
Here’s why.
People stay smarter than machines
The Knowledge challenges of the Apple Car project are reported. That’s bad, I think, but the emerging truth seems to be that, to put it in a phrase from Elon Musk, the need for people was not too low for those who were pushing automated AI coverage.
Look at it this way. Argo.ai CEO Bryan Salesky wrote in 2017: “We need to build algorithms that enable our autonomous vehicles to respond to a deeper understanding of the likely behavior of other road users.”
That means smart cars need to be smart enough not to collide with pedestrians, cyclists, other vehicles or even unexpected crash barriers or wind obstacles. To achieve this, they must have machine-vision intelligence, intelligent algorithms to make good decisions in an infinite range of unpredictable situations (including errors in their own code) and the ability of things like trajectory and measure and evaluate the speed of other road users.
Soft skills are difficult to code
To be safe on the road, these vehicles must emulate the sixth sense of most drivers, an intellect that sometimes warns us when things are about to go awry. Not only that, but they will have to understand the interactions that human drivers use to communicate with others on the road. And, of course, these systems must be completely reliable in any type of weather, including rain, ice and snow – and, indeed, when network coverage is not available.
Machines need to be smart enough to mimic human soft skills – and this seems to be the case where all automation projects are in decline. We seem to be discovering that the limits of independence begin when skills such as emotional intelligence and situation, intuition, communication, empathy, judgment, etc. are needed.
The increase affects automation
This realization is generating a change of approach. Take, for example, smart manufacturing: While Industry 4.0 has focused on replacing people, Industry 5.0 explores their growth.
The industry thinks that people working together with machines should be able to achieve more and make it better. Certainly this way of seeing things should be information for smart car development.
I admit that I already expected to have self – driving cars on the road. That did not really happen, though there are several such vehicles. But what did What has happened is that researchers have identified unexpected issues, as billions of dollars have been spent researching vehicle automation. An example is liability and insurance, as well as network matters, battery technology and the need for charging point networks.
That’s part of the main reason why existing autonomous vehicles handle predefined routes in semi – private spaces. It is also clear that all companies involved in this work have faced unforeseen challenges. At the same time, most vehicle manufacturers (including Ford) and many tech firms (Apple, Google, among them) are working on the technology.
Problems facing Apple
The Knowledge it tells us some of the problems that Apple’s teams have had. One example is when an Apple test vehicle nearly hit a jogger crossing the street at an unmarked intersection. The human test driver had to slam on the brakes to prevent hitting the pedestrian.
After the episode, Apple added the specific intersection to its database, but even that sum reveals the basic limitations of autonomous vehicles. And while Apple’s AI may not be as far advanced as those developed elsewhere, this seems unlikely, since Teslas was involved in 273 or 400 US crashes involving aid systems drivers, according to the US National Highway Traffic Safety Administration (NHTSA).
It could be argued that Alphabet’s subsidiary Waymo is ahead of the curve for fully self – driving vehicles, but as the NHTSA report shows, there are also accidents. As a result, the company only allows “reliable testers” to ride in their cars, and those vehicles also carry a Waymo staff member who acts as a backup to prevent an emergency.
The durability of the human operator means that these are not yet autonomous machines.
“Instead of being programmed for all purposes, AI should be able to find answers and solve problems independently,” said Inis EhrlichGerman European Adviser on Artificial Intelligence.
So what happens next?
It is safe to assume that whenever a larger number of vehicles begin to appear this deployment will occur in relatively limited cases. This is really what is happening as manufacturers use driver assistance technologies for specific tasks. But, for the most part, we will need people and their judgment and intellect at the wheel.
This means that the development of smart cars will be towards increasing drivers, not replacing them.
With this in mind, it is more plausible to assume recent reports Apple may Autonomous technologies license is able to perfect for automobile manufacturers for use in vehicles side by side CarPlay. Even then, we seem to have no immediate MTE.
Putting the person at the center of the experience seems to be just as important the next evolution of behavior as it was with the advent of mobile, tablet, and PC. It also suggests that human / machine augmentation define the future of automation. That’s not to say that Apple’s roadmap is no longer a very smart car, but it does suggest that a semi-autonomous system come first.
Because soft skills are hard to replace.
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Apple Car Tour (presumably) shows increased hit automation
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