by vox_mundi » Thu 01 Sep 2016, 12:28:06
Drive.ai focus is on retrofitted self-driving kit for business fleets$this->bbcode_second_pass_quote('', '[')img]https://lh3.googleusercontent.com/-APjKzJghnxI/Vp-cuWON92I/AAAAAAAAS5o/O8T_cB8G-uA/w506-h750/20160120IMG001.jpeg[/img]
Drive. ai is a team to watch as the world's drivers face a future of self-driving cars. On Tuesday Drive.ai introduced its path to support, through its technology, the commercialization of self-driving cars. "Drive.ai is touting a retrofit kit for business fleets that can imbue existing vehicles with full autonomy."
Drive.ai has no interest in building an actual, self-driving car, said Danielle Muoio of Business Insider. "Rather, as co-founder and president Carol Reiley told Business Insider, the start-up plans to sell 'the brains of the car.'"
Drive.ai's product offering will consist of a retrofitted self-driving kit for existing business fleets. There will be sensors, a roof-mounted exterior communication system, and in-car interface, powered by deep learning software algorithms.The company's initial market approach will focus on proving the technology with route-based vehicle fleets, in industries such as freight delivery, ridesharing, and public/private transit, according to the company release.How will this work out? Will Knight explained in MIT Technology Review.
"The company's first product will be hardware required to retrofit a vehicle so that it can drive itself. It will be offered to companies that operate fleets of vehicles along specific routes, such as delivery or taxi services. Besides sensors and systems for controlling the car, this will include a roof-mounted communications system and a novel in-car interface." A key feature about the group's technology is the HRI (human-robot interaction) component. This, said Ackerman, is in the form of a big display, capable of having the car communicate with people. And this, he also said, is a feature that autonomous cars really need.
"Not only will autonomous cars actually use their turn signals, but with the ability to communicate more complex concepts, they could even politely ask to merge, provide useful information like "slowing for accident ahead," or even apologize if they cut you off, which they probably won't ever do."
We are into the first generation of this new change in transport. Ackerman said, "
Once roads are full of autonomous vehicles, and vehicle-to-vehicle communication is done wirelessly, it's not going to be as big of an issue." Now, however, we need a focus on HRI in the first generation of commercial autonomous vehicles, as "there's going to be a significant transitional period between mostly human-driven cars and mostly autonomous cars."

Driverless taxis' human problem $this->bbcode_second_pass_quote('', 'T')rust is a big deal when it comes to autonomous cars, but the discussion to this point has been almost entirely one-sided: Can humans trust driverless vehicles? But developments at two US-based companies last week — on-demand ride service Uber's plan to put driverless Volvo sport-utility vehicles on the streets of the US city of Pittsburgh, and robotics startup NuTonomy's deployment of driverless taxicabs in the tech-centric One-North district of Singapore — prompt another question: Can driverless cars trust human passengers?
As any taxi driver will readily attest, there's more to the job than simply driving the car. Drivers may be called upon to apply fuzzy logic to "translate" slurred or syntactically incorrect destination requests, or even play "destination Pictionary" with riders for whom the language gap proves insurmountable. Even with technological advances like natural language processing and real-time translation, how can a car's passenger interface assist the passenger who, for instance, doesn't realise there are two "65th and Broadway" intersections in New York City, six miles apart? And just how will the taxi of tomorrow react to the breathless movie hero who leaps in, points, and yells, "Follow that car!"?
Human drivers also serve other, distinctly human functions — reacting appropriately when a passenger leaves a duffel bag full of cash on the back seat, or simply closing the rear door when a drunken passenger fails to oblige. And what will a driverless car do when a passenger vomits — or worse — in the back seat? The needs are apparent, but the solutions won't be simple. For now, NuTonomy is shying away from specifics. Said the company in a statement: "We are working to implement additional systems that will ensure the comfort, safety, and convenience of all passengers throughout their journey."
The company plans to introduce Singapore-wide driverless taxi service by 2018.
The presence of a taxi driver also dissuades a variety of illicit passenger behavior, including vandalism, drug use, and, of course, self-expression of a sexual nature. During NuTonomy's Singapore taxi test, says the company, an engineer will ride along "to observe system performance and assume control if needed to ensure passenger comfort and safety." Eventually, though, it will be just car and passenger. Are the cars ready for responsibility?
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None of these problems require particularly high-tech solutions Further down the road, the challenges of serving a diverse population — and supervising its behaviour — won't be exclusive to driverless taxicabs. Autonomous-mobility researchers, including the team behind the Google Self-Driving Car, have envisioned uses for the technology that extend well beyond short hops with clear-voiced, smartphone-wielding professionals and into trickier territory, such as transporting an elderly rider to a medical appointment, running errands with a visually impared adult, or ferrying a small child to school.