Obama administration ready to put $4B toward self-driving cars
usatoday.com
usatoday.com
Also, they claim simultaneously that self-riving cars are safer and that they would be exempt from safety rules. How that works? If they are already safer, they should be able to satisfy more safety rules, not less?
Why can't they instead spend 1B on buses, which would serve more people than support for driverless cars, and 3B on the homeless?
You could make this argument for literally anything that isn't feeding, clothing or taking care of people, which means it is a silly argument.
Of course it can, there's no reason it couldn't. That doesn't make it a proper challenge. One would be "instead of $4B, $X should be invested on this, because of such and such". X == 0 without details is a big red flag.
Seems worth investing in?
Certainly the people working on this are clowns that know nothing about safety countermeasures, and don't care about their whole industry going belly up if major accidents happened.
Continuous testing, code reviews, defense in depth, etc. are practiced to deal with that. The engineers that design cars (the "hardware") are as imperfect as anybody else. So are the engineers that design planes' autopilots. Nobody relies on an engineer being perfect, and there's no need to.
Driverless busses would allow for:
* Every dollar spent on busses to go much farther
* Vastly improved public transit, which would allow people to live in cheaper areas and still have access to work.
I suggest the only reason taxi trips are so much more expensive than bus rides is the cost of medallions and driver wages.
Once driverless cars arrive, public buses will not make sense anymore.
http://publictransport.about.com/od/Transit_Vehicles/a/How-M...
How is that exactly? Buses have routes and schedules. How could you plan a schedule with cars if you don't know where everyone is going? You would have to have excess capacity, that's how. And those extra cars will be more expensive than the bus.
Please prove your point with examples.
In the UK there are a lot of buses that drive around with only a handful of passengers. It's a subsidised service that's important to lots of people, but ultimately very inefficient. I'd imagine at least 60% of bus movements (not passenger miles) could be replaced with self-driving cars.
If driverless car companies use something like uber's surge pricing, so that it is more expensive to travel 1/2hr before/after peak, people will respond, flattening out peak demand.
Intelligent routing software will assist, allowing people to car pool to reduce the required number of cars.
Finally, let's say if automated cars remove half the riders from buses, the costs of providing buses will need to be spread across half the number of riders, making the economics of running a bus system twice as expensive per passenger. At that point, it makes sense even more sense to replace the buses with cars.
The only question will be how long it takes for people to adapt due to existing habits having momentum.
It was government funding via DARPA that led private companies to work on self-driving cars. Google simply hired to two winning DARPA Grand Challenge teams. The Internet is another example showing that the government is quite capable, and often necessary in driving technology forward.
Generally I agree with the sentiments you express here, but I just remembered the murderdeathwar on which many in the federal government would prefer to spend $4B. Compared to that, even if this is a total waste, it's not that bad.
This isn't going to take money from other wasteful or bad areas. It's just going to be more debt.
It doesn't read at all like the US Govt is investing in developing self-driving car technology, of course plenty of private automakers are already doing that, it looks like US Govt is investing in self-driving car public infrastructure and guidelines.
"U.S. Transportation Secretary Anthony Foxx said the president's 2017 budget proposal includes $4 billion over 10 years for pilot projects, including a program to test self-driving cars by investing in technologically connected roads. He provided few other details on how the money would be spent if it comes to fruition."
That sounds to me like they are try to pick technologies to invest in. If that's the use of funds, I think it's a waste. Let the market choose the best tech.
The private sector can't install a network of communication technology to wirelessly link roads and self-driving cars on public property (plus you probably need to coordinate with the FCC). From my reading, it seems like they're investing in things that only the government has control over and at the request of private sector companies like Google who want clear national guidelines formed and are probably pushing for a new "connected road" infrastructure.
But if you still can't see that reading of it, then let's just agree that there aren't enough details released yet so let's just wait for more.
Some "can't be handled".
Just because Google or Honda's implementation (based on a camera) is geared toward a specific implementation, doesn't make it the best. Cruise Automation has the right idea with sensor arrays that make fog and rain a non-issue. There are lots of options.
I personally think this is going to be a huge problem with self-driving cars. They can't go anywhere if any of their sensors are faulty. And they need to have hundreds of them to work in all conditions. Ideally, you would want to have sensors in every wheel to tell you the pressure, sensors that tell you if there is ice on the road, sensors in literally every part of the suspension to monitor if you haven't suffered a broken coil or damaged bearing that could cause an accident - and those things break. Even such a simple thing as pressure monitors in modern cars are notorious for breaking down. Anyone who has driven a 5-10 year old car will know that there always is something broken. In cause of automatic cars pretty much every problem is a breaking problem that immobilizes the vehicle completely, and I think people will get tired of that pretty quickly.
http://thinkbynumbers.org/government-spending/anti-terrorism...
"Gordon Adams, a national security budget expert...estimates that the U.S. spends at least $100 billion a year on counter-terrorism efforts."
http://money.cnn.com/2015/11/16/news/economy/cost-of-fightin...
If you had every day reports of people that died in car accidents. If you had their stories told, if you heard about their orphaned children, each and every day. You can create as much panic as with anything else. I can even bet on that if the day that big car companies wants driverless cars comes, you will see that panic created by the press. People will vote for the banning of the old cars and they will not even understand how people of our time are not completely paralyzed by terror each time we go to the road.
There is people that panics about vaccination and vaccination is something positive.
The sensationalist reporting of terrorist attacks is what makes them so successful.
The smaller the level of government that's responsible the more likely that there's room for local experimentation that others can copy.
http://www.wired.com/2015/05/self-driving-cars-legal-real-ru...
> SELF-DRIVING CARS ARE legal in the United States. They’ve always been legal, because they’ve never been outlawed
...
> New York has a law requiring a driver to keep one hand on the wheel at all times, but that doesn’t mean the car can’t drive itself.
I agree that room for experimentation is needed, though I absolutely believe there should be some testing and registration involved eventually. (Though mandatory third party insurance might solve most of the problem -- insurers would charge an arm and a leg for unknown, unproven or untested software.)
Variably-autonomous cars operating in swarms (and thus requiring standard communication and sensor packages) seem to be superior than having dozens of car and tech companies each striving for full autonomy. In swarms, the degree of autonomy would be directly proportional to the size of the swarm a vehicle belongs to. Those on the edge of the swarm would contribute sensor input while the interior vehicles would contribute processing power. Thus achieving greater ability than a solitary vehicle, whether autonomous or not.
The advantage of variable-autonomy is that there's much less need to specially-modify roads, change the way we view liability, or have to get all the way to full autonomy.
I wrote more on the topic here: https://medium.com/@SteveHazel/let-s-do-semi-autonomous-cars...
If the $4 billion was spent on developing the standard communication and sensor packages, and promoting them amongst manufacturers, and promoting the development of compact-form-factor vehicles, it might have significant impact.
Ford self-driving cars can drive in the snow: http://www.wired.com/2016/01/the-clever-way-fords-self-drivi...
>This doesn’t mean all the problems with autonomous driving in bad weather are solved. Falling rain and snow can interfere with LIDAR and cameras, and safely driving requires more than knowing where you are on a map—you also need to be able to see those temporary obstacles.
There are areas where high visibility snow stakes are placed alongside highways for driver and snowplow guidance. Hokkaido puts large downward pointing arrows over snowy highways to mark the shoulder.[1]
Wire guidance systems have been around for years, for industrial robot vehicles. GM put them on their test track for Firebird III in the 1960s. But it's no longer necessary to have even that much infrastructure.
[1] https://www.google.com/maps/@43.9303297,143.8076743,3a,75y,3...
To reduce that number to as close to 0 as is possible absolutely should be a top priority for our nation as a whole.
The technology is there, much of the infrastructure is there, and the rest is on the way.
Autonomous cars promise to revolutionize the way humans use cities in a positive way. Here in NYC where automobile traffic is quite a bit more abundant than anyone could particularly desire I yearn for the day when we can reclaim all that parking space for green and pedestrian use.
I anticipate the lack of diesel fumes, the reduction in engine and siren noise, and the ready availability of autonomous vehicles to take me to my destination, probably with a quick action to my smart watch, phone, etc.
Autonomous electric vehicles can stay in use for extremely long durations of time thus reducing the overall numbers of cars on the roads at any given time. To reduce emissions will reduce incidences of asthmatic and respiratory illnesses in urban centers.
To park themselves outside of major urban areas during non peak hours allows for repairs, and the reclamation of space I mentioned.
To run with electric engines means far fewer maintenance costs in general due to much fewer moving parts than traditional combustion engines.
To coordinate flows of traffic ensures traffic moves more efficiently, and the loud sirens and flashing lights of emergency vehicles can be a thing of the past.
And of course there are the wonderful cartoons from thw New Yorker in which a police man is at the window of a civilians car
"Does your car know why my car pulled it over?"
If this is done right it will be one of the greatest achievements of our modern era and will truly usher us into a new world of clean air, reclaimed public spaces, silenter cities, and tremendous mobility.
What an exciting time to be alive!
Of course it should be a goal, but you a cost vs. benefit analysis is required. If you can save 30K lives per year for $4B, could you save even more lives if you spent it another way?
20x more people die of heart disease in the US every year as compared to vehicular accidents. In fact, car crashes isn't even in the top 10.
Also, keep in mind that car crash victims on average have many more expected years of life ahead of them than the average heart attack victim.
Also, we have a fairly clear path ahead of us for doing this, afaik the same can't be said about curing heart disease.
Government is great at creating incentives and opportunities through laws and letting the business, creators, investors compete for the top stop. But choosing winners, artificially jump-starting pilot projects that would under normal market conditions not be created, is not what governments are meant for. We've talked about this on HN before during the Solyndra bankruptcy.
If they really want to help, give a tax cut for companies doing research, and sit down with all the parties interested in self-driving cars and ask them what laws or regulations are holding them back.
Plus we don't want this to turn into another Solyndra. http://www.dailytech.com/500+Million+Wasted+on+Bankrupt+Sola...
Bullshit. If one car running with "CarOs 1.0" has a collision you can be sure that engineers will ensure that this specific case will never happen again in the future. Autonomous cars have already clocked up over 100k miles from multiple vendors. The government is needed to step in now because this tech is going to hit the roads in the next five years anyway, whether they get out of the way or not.
krapp has it right: "Self-driving cars are potentially the greatest threat to human freedom since the advent of the internet." https://news.ycombinator.com/item?id=6982537
Since silicon valley got into the SDV game much early on, I hope they, rather than defense companies, also provide solutions for the infrastructure.
But it seems there's also willngness to discuss future rules and ethics for self-driving cars, which is good.
With driving cars, it will become much cheaper to engage in trade centered around automobile transit. Sensors, tracking, mutuality agreements between road owners and car makers. It's plausible that all existing transit subsidies could accumulate to the road owners through market pricing, not government handouts that we have difficulty establishing the true value of.
Investment banking <-> public service is the classical revolving door. What's wrong with tech getting in the same game?
Short-haul, maybe never.
Energy use from Human QoL stuff would be very very low in a semi compare to the energy use for pulling.
For instance, the tractor and trailer, unladen weighs 25,000 to 40,000 lbs, with a total road weight of 50-100k lbs. [1] A whole passenger car with amenities can weigh less than 3000 pounds. Call 1/5th of that QoL stuff, for 600lbs. Changes in automobile weight matter much more because automobiles stop and go much more often.
So the human QoL stuff probably doesn't weigh more 1% of the road weight. But the kicker is, it doesn't even matter too much if the QoL stuff weighs 10%, because energy use scales mostly by air resistance, not weight. [2]
Most of the QoL energy waste is found in idling semis at truck stops or in traffic, so this could definitely be reduced by Auto-Semis [3]
The eventual savings from Auto-Semis will be in reduced wages, and possibly in reduced fuel usage - but the reduced fuel consumption would come from driving slower, as you don't have to pay a driver for their time, and an Auto Semi can drive all night.
I'm sure logistic companies would love to save this much money, but the capital expenditure required will be huge. Some research from passenger self driving cars would be pertinent, and probably most sensor devices, but they would be put to slightly different uses - you want a longer range view in a truck for braking distance and crash avoidance.
The reason I put the estimate so far out is liability and regulation and the cap ex mentioned above. Some classes of load will probably never be pulled by auto-semi: dangerous, time Sensitive, some luxury goods.
Auto Semis could also do some interesting things like draft (tailgate) safely and form a "train" of trucks. You could have drone drivers set up who monitor 3 or 4 trucks and take over if needed.
1. http://www.thetruckersreport.com/truckingindustryforum/threa...
2. http://www.theicct.org/sites/default/files/publications/AERO... - Page 5, PDF
As Ucho says briefly, and I say below, the biggest economic difference between human operated and self driving semis are:
* Tonnage / Time - the Auto Semi can drive all the time, no rest breaks.
* Fuel usage - Auto Semi can drive to an algorithm, not just what "feels best", and the Auto Semi can drive slower, because you aren't paying a driver for their time. Auto Semis can "platoon" for fuel savings from drafting, among other ways to achieve savings.
* Auto Semis will probably always have a human minder, at first in the cab, for experimental trucks, and later in a remote operator center (think drones)
* Insurance - at some point in the future insurance for Auto Semis will be much less human driven trucks.
* As soon as the break even point for the investment of sensors is about 1 year (Earnings from hauling, Fuel costs, and wages), the big logistics companies will BEGIN to replace their fleets. I expect this in 5-7 years, based on no hard facts what-so-ever.
1. http://money.cnn.com/2015/05/06/autos/self-driving-truck/
We have already gotten rid of the factory worker and that has led to withering away of Middle America. Removing the truck driver would be a huge nail in the coffin of Middle America. (If lab grown meat + vertical farming takes off, we can potentially drastically reduce the number of farmers in this country.)
I am all for these technical innovations, but we must be aware that this can dramatically change the economic/political/social landscape. Radical regressive ideologies spring out of such environments.
I think dock workers used to unload ships and my understanding is, that while not as extreme, they have done something similar. (Not that I see this as the best approach....).
A majority of farmland and ranches are already large corporations, so I doubt lab grown meat has that significant of an effect.
> Are you really arguing that driving deaths are a major problem that requires intensive effort to solve?
It's obvious to any observer that driving deaths are a major problem, and that an intensive effort to solve this problem is appropriate. We've made tremendous progress over that last 50 years. Let's continue that path.
>It's obvious to any observer that driving deaths are a major problem, and that an intensive effort to solve this problem is appropriate. We've made tremendous progress over that last 50 years. Let's continue that path.
This is disingenuous. Driverless cars are not part of an effort to reduce driving deaths, that's just how they're being sold. It's just as likely that driverless cars will increase driving deaths, until their safety record is refined over a period of many years and lots of testing (the same way it happened with humans).
Driverless cars are being pursued because tech companies see an opportunity to use their machine learning expertise to turn driving into a commodity service that they control and can make billions off. It has nothing to do with driving safety, and if that were the goal (which, again, it is not, the goal is to make money by turning driving into a service and eliminate the cost of labor for drivers), there are a hundred cheaper ways to do it. If increasing driving safety were a goal that society actually cared about, Tracy Morgan would not have been hit by a truck.
No one is talking about that. Poorly-driven vehicles will be with us for decades, because freedom. Everyone knows that.
Humans are quite capable and will always be able to handle things that computers can't in situations they're not designed for. At least until an AI is invented that is indistinguishable from a human mind. There will be mistakes and bugs (just as there are now in software made for cars). But believing that humans who drive while tired, eating cheeseburgers, playing with their phone, texting, not accounting for blind spots and tailgating others are going to be safer in the long run is bordering on religious faith in some kind of fantasy that humans are more than they are.
No one is talking about replacing F1 drivers, we're talking about a sea of idiots that anyone who commutes every day with any awareness would recognize as being a major hazard. I'll take the patchable bugs over the psychos I see every day that put lives at risk with their self-centered hyper aggressive driving that relies on the attentiveness of everyone around them to prevent an accident. There is no software update for people like this–you either wait years for them to grow up or for them to kill someone.
There is no right to drive like there is a right to own guns.
The authoritarians just hate that one! Some might say it doesn't apply, since the state owns the roads, so it can declare them off-limits to human drivers. That might have worked if we didn't already have billions of dollars worth of extant rolling stock in constant use. Suddenly taking all that would require the state to compensate vehicle owners, which will not happen. Thus, drivers have a right to drive, subject to reasonable regulation.
As for me? I'll trust the future to swarms of interconnected, cross-communicating AI cars over a random, haphazard swarm of humans any day of the week. The cars can think and operate together. We just think about ourselves. We can't possibly take all of the data on the road into account as well as connected cars will eventually be able to. I don't know what they can do right this second, but I am very optimistic about what they'll be able to do in the not-too-distant future.
LA is a hell for cars made by urban planners who deliberately made it that way. What problems do you think will be solved by robot cars that shouldn't already be solved by Lyft or Uber (which are functionally identical except for the presence of a human driver)? Cars will never be able to zoom through a downtown metropolis at 60 mph, unless the city is entirely stripped of pedestrians. The problems you highlight are NOT caused by human drivers, they are caused by cars, and autonomous or not, those issues will remain.
I don't have these issues because I live in a dense very walkable city and ride my bike everywhere. This is how we should be thinking: cars simply don't belong in cities, and a robot fleet won't change that.
I agree completely. There is no question——in fact, it's a matter of historical record——that mass transportation, urban layout, etc., were intentionally subverted in Los Angeles by the automobile industry, resulting in the crazy mess we now deal with.
"What problems do you think will be solved by robot cars that shouldn't already be solved by Lyft or Uber (which are functionally identical except for the presence of a human driver)?"
First, there are 9.8 million people living in Los Angeles County. So we'd need to be speaking of an Uber and Lyft ecosystem scaled up sufficiently to service a meaningful fraction of that population, economically, on a daily basis. It seems infeasible.
Second, Los Angeles has some challenging quirks to which human drivers, en masse, are particularly susceptible. For instance, we have very few left-hand turn signals; navigating a left-hand turn at a busy intersection is essentially an ad hoc game of chicken between all participants at that space and time. Some informal "rules" have emerged to navigate such situations, but the social contract breaks down under heavy traffic and its resultant, emotionally compromised drivers. There are also too many traffic lights, which studies have shown to create more congestion than they ostensibly solve for. Very few of these lights are sequenced. As a result, LA drivers are consistently flummoxed by an erratic tempo of starts, stops, and false restarts, forcing the entire "herd" to stumble into each other from the front to the back. And don't even get me started on our downright batshit approach to freeway onramps and offramps. Most important, there simply aren't enough roads, or wide enough roads, to handle the load that LA now brings to bear at every hour of every day -- and building more would involve an exercise of eminent-domain residential and commercial reclamation on a scale unseen in human history.
"Cars will never be able to zoom through a downtown metropolis at 60 mph, unless the city is entirely stripped of pedestrians"
This is a strawman. I don't recall saying that I expected robotic cars to magically make all traffic problems disappear. Rather, I said that they'd do better than we currently do.
"The problems you highlight are NOT caused by human drivers, they are caused by cars, and autonomous or not, those issues will remain."
No, the problems I've highlighted are caused by poor (and in many cases, as we've discussed, deliberately poor) urban planning, made worse by an infrastructure completely inadequate for the scale of the city and its population in 2016. These things impose a cognitive load on LA drivers that is simply too great at the scale LA traffic now brings to bear. The original cause is the layout, and the proximate cause is the humans' individualist navigation of that layout while enmeshed in a giant, uncoordinated swarm.
These are precisely the kinds of conditions I expect a fleet of interconnected, intercommunicative AI cars to do a better job of navigating.
"I don't have these issues because I live in a dense very walkable city and ride my bike everywhere. This is how we should be thinking: cars simply don't belong in cities, and a robot fleet won't change that."
This is handwaving. We can't wipe cities like LA off the map and start over. So we have to make do with the cities we have now. "Cars don't belong in cities" is a nice sentiment, but it's entirely impractical in several of the biggest and most economically important cities in this country.
For whatever it's worth, I'm in wild agreement with you about the unfortunate situation LA is in, and why it's in that situation. And I agree that a car-centric approach is the wrong approach to urban planning. But LA isn't losing the automobile anytime in my lifetime. We have to be realistic about that. So in my mind, the exercise is about making the least of the evil we have to live with.
We can, and must. Human life is going to change dramatically in he next few centuries; we can't allow ourselves to be mired by the errors a few shortsighted planners made in an unfortunate decade. Rebuilding cities to be livable is a clear imperative; we need to seek good long term solutions and not small temporary ones (that, incidentally, come with many other prices attached).
> At issue is the requirement that DMV-certified “autonomous vehicle operators” are “required to be present inside the vehicle and be capable of taking control in the event of a technology failure or other emergency.” In other words, driverless cars will not be allowed on California roads for the foreseeable future.
http://www.forbes.com/sites/chunkamui/2015/12/18/california-...
Executive may not be able to pass laws, but they do control the flow of $$ in the DOT.
Besides that, rural & poor always lose in any federal policy decision.
The easiest / obvious automation candidate is long haul/overnight interstate trucking. That's a shitty, hard job with high turnover that pays well. It absolutely trends that way.
I grew up in farm country and saw it firsthand... all of the farm families and blue collar folks with marginal educations got into construction or drove trucks. Some do construction in the summer and driving in the winter. The alternative is a much lower paying job & poverty.