Self-Driving Cars Take Wheel, Almost, At Auto Show

[email protected] (News Network)
November 21, 2014

Apple iPad Mini1

Nov 21: The L.A. Auto Show kicked off Tuesday with press days focused on the technology of the "connected car," which will eventually help lead to self-driving cars, like those that Google (NASDAQ:GOOGL) and recent auto-tech IPO Mobileye (NYSE:MBLY) have been working on.

Volvo, for one, showcased in a news conference Tuesday that, like Google, its cars can drive themselves now — following lanes, adapting speeds and merging into traffic.

"The first prototypes are out and running," Volvo Technical Specialist Erik Coelingh told IBD at the auto show, beside a Volvo outfitted as a "Drive Me" autonomous vehicle. "We've selected a number of commuter roads in Gothenburg on which we'll allow for self-driving in 2017 — and already we are driving around with prototypes like these."

On Swedish public roads, engineers accompany the autonomous cars for testing now. As a luxury car maker, Volvo sees providing autonomous driving capability for when a driver doesn't want to drive, for instance on a boring commute. But Coelingh said that there's a significant opportunity to improve safety via autonomous driving too.

The technology for self-driving, robotic or autonomous cars — whatever catchphrase eventually sticks — is largely here today and incorporates things like cameras and sensor systems.

Volkswagen's (OTCPK:VLKAY) Audi showcased its automated auto developments at the car show too. Its partnership with chipmaker Nvidia (NASDAQ:NVDA) underlies a significant part of the effort.

Assisted, Not Autonomous

"There are many different ways in which drivers are assisted today already," Anupam Malhotra, Audi of America's manager of connected vehicles, told IBD at the auto show. "You have side-warning lane-change management, you have adaptive cruise control systems, all these systems are already present in the cars. Piloted driving requires one additional step beyond that, a lateral-dimension sensor we add onto the car, called Lidar."

Lidar measures distance by using a laser for illumination and analyzing the reflection.

"Once that module's added on," Malhotra said, "you take all the input from these sensors and cameras, and you build it into the decision process that's built around how the car handles."

Audi is now testing piloted driving in California. It got a license to do so in Las Vegas a year ago.

"So this is something that is real, these cars are capable of driving themselves," Malhotra said. "Of course, in order for it to be street legal, there are a number of regulatory and social hurdles that still need to be leaped. But Audi is working on a process to actually bring this into production within the decade."

Besides Nevada and California, Florida and Michigan also allow testing of driverless vehicles on public roads.

Tesla, Mobileye Team Up

Luxury electric car maker Tesla Motors (NASDAQ:TSLA) said last month that it was adding lane-change and speed warning capabilities to new Model S sedans. The "autopilot" feature, with 360-degree ultrasonic sonar and long-range radar, means that the car will eventually be able to recognize traffic lights and people, and do self-parking and active emergency braking.

Tesla is working directly with advanced driver-assistance system (ADAS) developer Mobileye, whose stock leapt 48% in its Aug. 1 trading debut. Mobileye is also working with a number of big-name carmakers such as General Motors (NYSE:GM) and Honda (NYSE:HMC), though mostly through relationships with their suppliers.

Mobileye reports earnings on Thursday.

Morgan Stanley analyst Ravi Shanker has said he expects roughly half of new cars sold globally to have an advanced driver-assistance system or autonomous system by 2022.

One Step At A Time

But "what we need to do is get semi-autonomous right first," said Renee Stephens, vice president of automotive quality at consulting firm J.D. Power, speaking at the auto show. Then she showed a funny video of people trying to get their voice-interactive navigation systems to understand what they really said.

J.D. Power's research shows that some technologies are making sense to consumers. All-around car camera systems are favored by 72% of drivers polled. But other technologies were less popular, such as eye-tracking controls, which only 22% saw as adding value. (They can be an integral part of active-safety technologies that recognize when a driver is distracted.)

For now, the term "connected cars" refers to a whole array of enhanced communications, entertainment and safety features — from voice-interactive control of the car's music and maps to how a vehicle interacts with smartphones, to how cars may one day use Wi-Fi communications between themselves to help detect traffic.

Are customers asking for connected cars now?

Yes, says Jason Schulz, manager of strategic partnerships at Toyota Motor (NYSE:TM) Sales, though they want a simple experience and some have price constraints.

"As you start to look at the segment going from nonluxury to luxury, demand increases," he said at the auto show. "Nonluxury buyers see themselves going from maybe analog to digital, making that shift. And our luxury buyers see connected services really as a natural part of the premium experience — so demand is definitely increasing."

However, he said, what's really interesting is that "those with a connected car today cannot imagine a world without a connected car as their next vehicle purchase."

The idea of an autonomous car is "at an interesting point where it has acquired momentum far ahead of what many people anticipated," said Jeremy Acevedo, an analyst at car-shopping site Edmunds.com. "A lot of the components needed to make cars autonomous are right here at our fingertips, and it seems like a lot closer than a little while ago."

So when they're finally available to the public, how much will autonomous capabilities add to the cost of a car?

Too early to say, according to Audi's Malhotra, though he notes that the technology continues to improve and Audi has, with Nvidia, been able to reduce the size of the control unit — and things like that can end up reducing costs. It looks roughly the size of an Apple iPad Mini.

Apple iPad Mini

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Agencies
July 4,2020

The Mars Colour Camera (MCC) onboard ISRO's Mars Orbiter Mission has captured the image of Phobos, the closest and biggest moon of Mars.

The image was taken on July 1 when MOM was about 7,200 km from Mars and 4,200 km from Phobos.

"Spatial resolution of the image is 210 m.

This is a composite image generated from 6 MCC frames and has been color corrected," ISRO said in an update along with the image.

Phobos is largely believed to be made up of carbonaceous chondrites.

According to ISRO, "the violent phase that Phobos has encountered is seen in the large section gouged out from a past collision (Stickney crater) and bouncing ejecta."

"Stickney, the largest crater on Phobos along with the other craters (Shklovsky, Roche & Grildrig) are also seen in this image," it said.

The mission also known as Mangalyaan was initially meant to last six months, but subsequently ISRO had said it had enough fuel for it to last "many years."

The country had on September 24, 2014 successfully placed the Mars Orbiter Mission spacecraft in orbit around the red planet, in its very first attempt, thus breaking into an elite club.

ISRO had launched the spacecraft on its nine-month- long odyssey on a homegrown PSLV rocket from Sriharikota in Andhra Pradesh on November 5, 2013.

It had escaped the earth's gravitational field on December 1, 2013.

The Rs 450-crore MOM mission aims at studying the Martian surface and mineral composition as well as scan its atmosphere for methane (an indicator of life on Mars).

The Mars Orbiter has five scientific instruments - Lyman Alpha Photometer (LAP), Methane Sensor for Mars (MSM), Mars Exospheric Neutral Composition Analyser (MENCA), Mars Colour Camera (MCC) and Thermal Infrared Imaging Spectrometer

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Agencies
July 9,2020

Twitter has hinted that it is planning a paid subscription platform that can be reused by other teams in the future.

The news that the micro-blogging platform is building a subscription platform with a team codenamed "Gryphon" resulted in Twitter stock rising over 8% on Wednesday.

Twitter revealed its plan via a job listing that seeks a full-stack senior software engineer in New York to join "Gryphon".

Interestingly, Twitter "edited" the job listing once the news broke, removing the part about "Gryphon" and any mention of their internal team or their subscription feature. The listing said the company is looking for an Android engineer to "work on a bevy of backend engineering teams to build components that allow for experimentation to deliver the best experience possible to all of our users".

Later, Twitter users noticed that the company restored the earlier job listing that mentioned the upcoming subscription platform and "Gryphon".

A spokesperson for Twitter told CNN on Wednesday that it's only a job posting, not a product announcement.

This is not the first time Twitter has thought of a paid product. 

In 2017, it sent out a survey to users and a preview of what a premium offering of its TweetDeck app might look like, including breaking news alerts and more analytics, according to The Verge.

"We're conducting this survey to assess the interest in a new, more enhanced version of Tweetdeck. We regularly conduct user research to gather feedback about people's Twitter experience and to better inform our product investment decisions, and we're exploring several ways to make TweetDeck even more valuable for professionals," a Twitter spokesperson had said at that time.

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News Network
May 7,2020

Toronto, May 7: Scientists have uncovered how bats can carry the MERS coronavirus without getting sick, shedding light on what triggers coronaviruses, including the one behind the COVID-19 pandemic, to jump to humans.

According to the study, published in the journal Scientific Reports, coronaviruses like the Middle East respiratory syndrome (MERS) virus, and the COVID19-causing SARS-CoV-2 virus, are thought to have originated in bats.

While these viruses can cause serious, and often fatal disease in people, bats seem unharmed, the researchers, including those from the University of Saskatchewan (USask) in Canada, said.

"The bats don't get rid of the virus and yet don't get sick. We wanted to understand why the MERS virus doesn't shut down the bat immune responses as it does in humans," said USask microbiologist Vikram Misra.

In the study, the scientists demonstrated that cells from an insect-eating brown bat can be persistently infected with MERS coronavirus for months, due to important adaptations from both the bat and the virus working together.

"Instead of killing bat cells as the virus does with human cells, the MERS coronavirus enters a long-term relationship with the host, maintained by the bat's unique 'super' immune system," said Misra, one of the study's co-authors.

"SARS-CoV-2 is thought to operate in the same way," he added.

Stresses on bats, such as wet markets, other diseases, and habitat loss, may have a role in coronavirus spilling over to other species, the study noted.

"When a bat experiences stress to their immune system, it disrupts this immune system-virus balance and allows the virus to multiply," Misra said.

The scientists, involved in the study, had earlier developed a potential treatment for MERS-CoV, and are currently working towards a vaccine against COVID-19.

While camels are the known intermediate hosts of MERS-CoV, they said bats are suspected to be the ancestral host.

There is no vaccine for either SARS-CoV-2 or MERS, the researchers noted.

Follow latest updates on the COVID-19 pandemic here

"We see that the MERS coronavirus can very quickly adapt itself to a particular niche, and although we do not completely understand what is going on, this demonstrates how coronaviruses are able to jump from species to species so effortlessly," said USask scientist Darryl Falzarano, who co-led the study.

According to Misra, coronaviruses rapidly adapt to the species they infect, but little is known on the molecular interactions of these viruses with their natural bat hosts.

An earlier study had shown that bat coronaviruses can persist in their natural bat host for at least four months of hibernation.

When exposed to the MERS virus, the researchers said, bat cells adapt, not by producing inflammation-causing proteins that are hallmarks of getting sick, but instead by maintaining a natural antiviral response.

On the contrary, they said this function shuts down in other species, including humans.

The MERS virus, the researchers said, also adapts to the bat host cells by very rapidly mutating one specific gene.

These adaptations, according to the study, result in the virus remaining long-term in the bat, but being rendered harmless until something like a disease, or other stressors, upsets this balance.

In future experiments, the scientists hope to understand how the bat-borne MERS virus adapts to infection and replication in human cells.

"This information may be critical for predicting the next bat virus that will cause a pandemic," Misra said.

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