Some Robocar updates, since with Burning Man and Singularity U my posting volume has been down:
BMW Highly Automated Driving
BMW has announced a prototype car with a “Highly Automated Driving” feature on the 5 series. The vehicle, which has logged 3,000 miles of minimal driver involvement, uses a vision system from the lane departure camera, maps, the ACC radar and high-accuracy GPS. It is claimed to handle allowing and doing highway merges. The system is not meant to allow the driver to take their eyes off the road, though, and his highway-only. The system was also called “ConnectedDrive Connect (CDC)” which strikes me as a somewhat awkward name.
BMW also recently demonstrated some other self-driving technology on test tracks and has a very active lab. With Volkswagen’s Temporary Auto Pilot, Mercedes and Audi all promoting concept cars with autonomous modes, German companies seem to be the most engaged in the field. BMW has also shown a “traffic jam assistant” similar to the Audi system below.
Audi EV A2 has traffic jam autopilot
Another concept car (An earlier Audi was used in the Pikes Peak challenge) from Audi will feature an autopilot for stop and go traffic. Here they combine lane-keeping and automatic cruise control, except at lower speeds where the risk is low. The driver still has to pay some attention, and when traffic gets moving again they must take full control. Still, it’s aimed at one of the greatest annoyances of commuting.
Made in Germany continues on the roads
The AutoNOMOS team reports success with their vehicle on the streets of Berlin, though so far only 80km of operation. They have 6 laser sensors, and claim that they believe the vehicles will soon be ready to deploy on private roads, but will need a decade of legal work to be used on the public streets.
Autonomous tractor out working the fields
For some time the concept of “precision agriculture” has been the high-tech hotspot in farming. Here, tractors equipped with GPS and other location technologies take detailed maps of the fields and the crops and custom control spray of fertilizers, pesticides and other substances according to data about what’s right for each small square. However, farmers are still at the controls. Some day, tractors may drive themselves and engage in many farm activities. In the fields, there is not usually much to run into and you don’t go very fast. On the other hand, most family farmers today farm as a lifestyle and aren’t looking to automate it, but agribusiness operators are.
Yesterday, Don Henley (of the Eagles) penned an editorial in USA Today supporting the Protect IP Act (PIPA) which has serious free speech implications and turns web sites into copyright police. Don called out both the EFF (of which I am a Director) and Google (which is a consulting client of mine) so I have this whimsical response for him:
Take it Easy, Don. There’s a New Kid in Town, and it’s called the
Internet. Get Over It. I Can’t Tell you Why, but in The Long Run,
there isn’t going to be a Heartache Tonight. One of these Nights I hope
you’ll understand that for search engines to Take it To the Limit,
they can’t be forced to police every search result.
only grow when living Life in the Fast Lane, able to operate, innovate
and design products without needing to check for permission from the
music industry. If every time you wrote a song you had to worry about
what every user who plays it and every store that sells it might do with
it, you would lose your Peaceful, Easy Feeling quickly. Big companies
might run filters, but if the small ones had needed to they would be
The Best of My Love,
Brad Templeton, EFF
PS: Henley really is a great musician, and I do understand his frustration with people who don’t pay him for his work. But click the link above for EFF’s explanation of why this sort of approach isn’t really going to help musicians and will do real damage to the way people use computers and the internet.
Today an op-ed by John Sununu and Harold Ford Jr. of “Broadband For America” (a group of cable companies and other ISPs which says it is really a grass-roots organization) declared that the net needs a better pricing model for what Netflix is doing. For a group of ISPs, they really seem to not understand how the internet works and how pricing works, so I felt it was worthwhile to describe how things work with a remarkably close analogy. (I have no association with Netflix, I am not even a customer, but I do stream video on the net.)
You can liken the internet to a package delivery service that works somewhat differently from traditional ones like the postal service or FedEx. The internet’s pricing model is “I pay for my line to the middle, and you pay for your line to the middle and we don’t account for the costs of individual traffic.”
In the package model, imagine a big shipping depot. Shippers send packages to this depot, and it’s the recipient’s job to get the package from the depot to their house. The shippers pay for their end, you pay for your end, and both share the cost of creating the depot.
Because most people don’t want to go directly to the depot to get their packages, a few “last mile” delivery companies have sprung up. For a monthly fee, they will deliver anything that shows up at the depot addressed to you directly to your house. They advertise in fact, that for the flat fee, they will deliver as many packages as show up, subject to a fairly high maximum rate per unit of time (called bandwidth in the internet world.) They promote and compete on this unlimited service.
To be efficient, the delivery companies don’t run a private truck from the depot to your house all the time. Instead, they load up a truck with all the packages for your neighbourhood, and it does one delivery run. Some days you have a lot of packages and your neighbours have few. Other days you have few and they have a lot. The truck is sized to handle the high end of the total load for all the neighbours. However, it can’t handle it if a large number of the neighbours all want to use a large fraction of their total load on the same day, they just didn’t buy enough trucks for that, even though they advertised they were selling that.
This is not unreasonable. A majority of the businesses in the world that sell flat rate service work this way, not just internet companies. Though there are a few extra twists in this case:
The last mile companies have a government granted franchise. Only a couple can get permission to operate. (In reality — only a few companies have got permission to have wires strung on poles or under the street.)
Some of the last mile companies also used to be your exclusive source for some goods (in this case phone service and TV) and are concerned that now there are competitors delivering those things to the customers.
The problem arises because new services like Netflix suddenly have created a lot more demand to ship packages. More than the last mile companies counted on. They’re seeing the truck fill up and need to run more trucks. But they proudly advertised unlimited deliveries from the depot to their customers. So now, in the op-ed, they’re asking that companies like Netflix, in addition to paying the cost of shipping to the depot, pay some of the cost for delivery from the depot to the customer. If they did this, companies would pass this cost on to the customer, even though the customer already paid for that last mile delivery. read more »
Tuesday we and Aneesh Chopra, CTO of the USA come to Singularity University and among many things, he was asked about immigration. (In part because our class comes from 35 countries and many of them would love to be entrepreneurs in the USA.) Chopra announced some immigration rule clarifications that had come out that day which will help things somewhat. They did rule clarifications because getting congress to do meaningful reform is very hard.
I gave him one suggestion, inspired by something I saw long ago at a high-roller CEO conference for the PC industry. In a room of 400 top executives and founders of PC and internet startups, it was asked that all who were born outside the USA stand up. A considerable majority (including myself) stood. I wished every opponent of broader immigration could see that.
So I proposed that he, or others, go around to conferences of high-tech entrepreneurs and founders, and ask this question, and film the people standing up. Then edit that into a nice rapid-fire video to play for members of congress and immigration opponents. It’s hard to argue with. The hope of US leadership and job creation is severely diminished without immigrants.
It’s often been lamented that some of the brightest from the world, who beg to come to the USA to get degrees, are then kicked out when their education ends, and they go home with their PhD. “Staple a green card to a PhD” is one approach.
A different approach, possibly to be combined, is to create a provisional permanent resident status. The main rule, perhaps the only rule, is that if you are on it you must pay a minimum tax averaging $30,000 per year for six years. You can go below once or twice but must make it up to bring up the average. And once you hit the total of $180,000 you get a real green card. If you don’t hit it, you can leave. If you don’t leave and don’t pay, it’s tax evasion, for which you can be both jailed and deported.
Yes, this is access for the rich. It means the wealthy could buy green cards, but also that entrepreneurs or people will well funded partners could easily get in. More to the point, the people coming in would clearly not be a drain on U.S. society. And with the salary needed to pay $30K in tax being about $130,000 (based on the real tax rate including all deductions) these are largely not people “stealing US jobs by working cheap.” Admittedly an employer could offer to pay an immigrant a low wage and pick up the tax but that could be illegal if difficult to enforce.
This price is below the prices often cited for “buy immigrant status” programs in the US and around the world, and the values in investor visas. I think you want to get young, less well-heeled entrepreneurs so I think million dollar prices are the wrong idea. But it may be that there is some price that even the biggest xenophobes will agree results in a net win. What is that number?
A report from China Daily details a successful 286km trip by a vehicle from the National University of Defense Technology.
According to the report the vehicle did fully autonomous highway driving, and did not use GPS, just LIDAR, radar and vision systems. Modern robocars do not rely exclusively on GPS, as it is both inaccurate and goes out in certain regions, but they do like to use it to help them localize, so not using it at all suggests a good localizer. They also report handling fog, thunderstorms and poor lane markers, all good acheivements.
There is what appears to be a machine translated article with some photos. The external photo seems to show an unmodified car, the internal one shows what appear to be two stereo cameras left and right, though the article talks mostly about LIDAR and radar, not vision systems. Dai Bin, spokesman for the team has published papers on both LIDAR based obstacle avoidance and vision systems similar to the one used by Stanley in the Darpa desert challenge for off-road use.
It will be interesting to hear more about the work of this team.
In other news, BMW has announced that its 2014 i3 battery-electric car will also offer a combination of lane-keeping and adaptive cruise control](http://www.greencarreports.com/news/1064191_2014-bmw-i3-moves-us-closer-to-autonomous-driving-in-cities) while under 25mph, effectively being a “stop and go traffic autopilot.” This is an interesting early offering, since it’s easier to put this together at low speeds in the controlled highway environment.
Also included will be a detection system for impeding collisions which can apply the brakes, and a fully automatic parallel parking system (most earlier systems still needed human control of the brake, causing amusing-if-it’s-not-you accidents for people who didn’t think they had to do anything.)
This is a challenge to blog readers to come up with (or find examples in practice) of good systems to allocate students to parallel sessions based on their preferences. I’ve just concluded one round of this, and the bidding system I built worked OK, but is not perfect.
The problem: Around 80 students. On 10 days over 4 weeks they will be split into 3-5 different parallel sessions on those days. Many sessions have a cap on the number of students, and more students will have them as a 1st choice than can fit. Some sessions can take many students and won’t fill up. The students can express their preference as ranking, or with numeric values.
This is known in the literature as the Allocation problem, and there are various approaches, though none I found seemed to fit just right, either being easy to code or having existing running code. But I am keen on pointers.
Maximize student satisfaction/minimize disappointment. Giving a student their 1st choice is good. Giving 3rd or 4th choices is bad.
The system must be easy for the students to understand and use.
Fairness. This has many meanings, but ideally mismatches that can’t be avoided should be distributed. If somebody gets a 4th choice one day, they perhaps should have a better shot at a 1st choice on another day.
It’s nice if there’s a means of applying penalties to students who violate rules, sneak into sessions etc. Academic violations can result in less chance at getting your 1st choice.
It should be flexible. Sessions may have to be changed or many not fully finalize until a week before the session.
It is nice to handle quirks, like duplicated sessions a student takes only once, but where the student might have preferences for one of the instances over another. There may also be pre-requisites, so only students who take one session can have the sequel.
Things change and manual tweaking can be advised.
Rank sessions in order, 1st come, 1st served
This was used in the prior year. Much like a traditional sign-up sheet in some ways, students could indicate their choices in order. If more students had a session as 1st choice than would fit, the ones who filled out their form first got in. This gave priority over all 10 days and so it was changed to rotate each week to distribute who was first in line. read more »
A wrapup of robocar news from the past couple of weeks:
Nevada governor Brian Sandoval rides in Google Car
After Nevada’s recent legislation directing their DOT to explore legal operations for robocars in the state, the governor “took the wheel” of a Google car. Very positive impressions from the governor and DMV head.
A new student robocar team has sprung up in India. They’re still early but their goal of driving in the crazy Indian traffic is a daunting one. Robocars have many advantages at low speed, where the 360 degree vision of LIDARS makes them see more than a human will. Harder is modeling the behaviour of other vehicles and playing games of chicken.
More mainstream press articles
Mainstream press articles of the robocar future and the intermediate technologies are growing in number. Here’s Smartmoney on near-term technologies and a Slate piece that, like almost all mainstream press pieces, asks whether people are really willing to give up the freedom of driving. Perhaps I’m too immersed, but in my immersed perspective I have simply stopped wondering about this. There will be a few who think like the dodge ad but huge numbers of people keep asking me when they can get one.
IEEE conference at Stanford paints alternating views with optimism vs. long roadmaps
Last Saturday a small IEEE conference at Stanford covered car automation technologies, including a morning on autonomous vehicles with mixed views. Steven Shladover, for example has a decades long history in important projects like cars guided by embedded road magnets, ITS, cooperative cruise control and platooning, but he is highly skeptical of autonomous cars which drive with regular cars, insisting instead that dedicated lanes are the answer. He believes this will start by building dedicated lanes for express buses (BRT) — which is something there is political will to do in many cities — and then automating the buses in those lanes. Once this is done, cars can enter the lanes if they communicate properly with the other vehicles in the lane and the lane itself.
This infrastructure approach is simpler from a technical standpoint, but the building of new infrastructure is such a hard problem and point of slow progress that my bet, as readers know, is on robocars on ordinary streets. Without the BRT component, I view proposals for new robot-only lanes to be dead in the water. Still, it’s worth paying attention when somebody with lots of experience disagrees so fundamentally with your views.
Volkswagen, while having recently promoted their Temporary Auto Pilot, displayed a roadmap that was much slower, suggesting that having a car that could pick you up at the airport or park itself on streets was something we might see in 2028.
Another lesson from the conference was the extreme difficulty of introducing radical innovation through big automakers. Cars are perhaps the most complex product sold, as well as the most expensive consumer product for most. As a result the industry has created huge amounts of “process” to how it plans and innovates, and that process is not ready to accept much in the way of disruptive technology. As I wrote earlier about the radio as the potential place for innovation in cars, car makers are now considering the central console where the radio and other controls are found the “golden stack” and they want to be the provider of it. Especially because the stuff they sell there sells for a huge margin; people often pay $2000 for an in-car GPS that’s worse than what they get free in their phone or for $250 in the aftermarket.
German team gets permission for their robocar tests on city streets
The AutoNOMOS team at Freie Universität Berlin reports they have been approved to test on city streets. This testing will be similar to the testing Google has reported doing in California, with a safety driver and copilot in the car to monitor and take control in any situation that presents a safety risk. According to the New York Times, Google didn’t seek a specific permission but state officials did agree, when asked by the times, with the interpretation that a vehicle with a licenced driver responsible for vehicle operations was legal.
Porsche trying to make a very smart cruise control
While not up to Volswagen’s temporary auto pilot, which combines ACC with lane-following, Porsche is developing a learning automatic cruise control that will come to understand road curves and speed and drive better as it learns.
Lots of exciting news, even in the slow summer season. Disclaimer note: The Google car project is a consulting client of mine.
I often see people say they would like to see solar panels on electric cars, inspired by the solar-electric cars in the challenge races, and by the idea that the solar panel will provide some recharging for the car while it is running and without need to plug it in.
It turns out this isn’t a tremendously good idea for a variety of reasons:
You’re probably not going to get more than a couple hundred watts of PV peak power on a car with typical cells. Even properly mounted on a roof in a sunny place like California, each peak watt delivers an average of about 5 watt-hours in a day, so 200 watts gives you 1kw-h. That’s good for around 4 to 6 miles on today’s electric cars. Not a huge range boost.
While thin film panels don’t weigh a lot the power they provide during actual driving would normally be only a minor boost. My math suggests they weigh more than the battery for the power they will provide while operating.
Panels on a car will instead be mounted flat, cutting about 30% of their output. Normally you want to tilt to the angle of the sun.
Cars are often in the shade, even parked indoors. Unless you work to pick your parking to have sun all day, you’ll only get a fraction of the power.
If you do leave your car in the sun, in many places that means it will get quite hot, you’ll burn up some of the solar energy cooling it down. (Indeed, the solar panels sometimes found on today’s hybrids and EVs don’t charge the battery, they just run a cooling fan.)
The worst one: If your battery is not somewhat discharged, it doesn’t have any place to put the solar energy, and so it is just thrown away. But due to range anxiety, people prefer their electric cars be kept full. It takes careful planning to use that energy.
A car is a very bumpy place, so you need more rugged panels than what you might put on a roof.
It is possible to get more than 200w on a car — some of the solar challenge cars that exist to be nothing but panels have gotten around a kw by using high price, high-efficiency panels. But it’s still generally much better to just put the panels on a roof where they will realize their full potential, and feed the grid, and charge from the grid.
However, on Friday I was teaching a class on the future of Robocars to my students at Singularity University and in the exercises some students wondered if they might do something for solar powered cars. (I was impressed since the students, having had only a short time to think about the issue, have to work to bring up something new.)
Robocars might solve some of the problems above, and thus possibly make sense as a place to put panels.
A robocar parks itself and can move. So one with a solar panel can move around to make sure it’s always in the sun, and that the sun is striking it from the right angle. It can’t move too far or too often without wasting some of the power, but it can do something.
When the batteries get so full that they are not making proper use of the solar energy, a robocar can find a charging station, not to charge but rather to sell excess power back to the grid and other cars. (This presumes charging stations are set up this way.)
Robocars could dock with other robocars that are more discharged and offer them the extra solar power, no charging stations involved — though fancy robotics are needed on the charging interface, or human beings who can do the connections.
If a robocar has an actuator that can tilt the panels, it can do even better. While an ordinary car could have this, an ordinary car would not have the ability to rotate in the plane of the ground to track the sun without another actuator.
It’s still not great, but it might improve things. Generally it still may be better to have the panels on rooftops and get the most from them. However, when we start thinking about super lightweight cars, cars that travel for under 100 watt-hours/mile, as well as higher efficiency panels, we might get some value if the panels are light.
It’s also expensive to install panels on top of existing facilities. Turns out that while panels are dropping below 1$/watt next year thanks to cheap Chinese capital and manufacturing, the cost of install is still over $2/watt. Cost of install on newly manufactured buildings — or cars — can be cheaper because it’s designed in from the start. The car already has the complex electrical system, while houses need to add them if they go solar.
People really are in love with the idea of a solar powered car. It’s not really possible to go green this way right now, but the future might bring something interesting.
I discovered this year that something I’ve seen a zillion times, the standard map of Canada, features a giant, brain-eating zombie. I’m naming the zombie “Hudson” because that’s the Bay that makes up most of him. He’s a plump undead with stubby legs, a big blank eye (Price Charles Island,) and a slack jaw, and it looks like Newfoundland is in trouble.
The way the human mind likes to find figures and faces in natural patterns is called pareidolia but what surprises me is that in spite of seeing this map so often, I never saw Hudson until recently, and based on web searches, neither has anybody else.
But now I find it difficult to look at the regular map, without highlights, and not see the zombie.
He is so big he may be a cosmological zombie. They eat “branes, branes.”
The latest JD Power survey on car satisfaction has a very new complaint that has now the second most annoying item to new car owners namely problems with the voice recognition system in their hands-free interface. This is not too surprising, since voice recognition, especially in cars, is often dreadful. It also reveals that most new tech has lots of UI problems — not every product is the iPod, lauded from the start for its UI.
But one interesting realization in the study is that users have become frustrated at having too many devices with too many UIs. Their car (which now has a touchpad and lots of computer features) uses a different UI from their phone and computer and tablet and whatever. Even if the car has a superb UI, the problem is that it is different, something new to learn and remember.
One might fix this by having the same platform, be it iOS or Android on several of the devices, but that’s a tall order. Car vendors do not want to make a phone one one platform and tick off people used to the other platform.
The answer lies in something the car makers don’t like: Don’t put much of their own smarts in the car at all, and expect the user to slot their own mobile phone or tablet into the car. This might be done with something like Nokia’s “Terminal Mode” where the car’s screen and buttons can be taken over by the phone, or by not having a screen in the car at all, just a standard mounting place.
Some time ago I wrote that cars should stop coming with included radios as they used to 30 years ago, and let the slot in the dashboard where the radio and electronics go become a center for innovation. In particular innovation at the speed of consumer and mobile devices, not innovation at the speed of car companies. But there are too many pressures to stop this from happening. Car companies get to charge a lot for fancy radio and electronics systems in the cars, and they like this. And they like the control over the whole experience. But as they get more complaints they may realize that it’s not the right thing for them to be building. Especially not when the car (and the in-dash system) last for 10 to 15 years, while most consumer electronic devices are obsolete in 1-2 years.
There aren’t that many makes of cars, nor so many mobile platforms, so making custom apps for the car and the mobile platform isn’t that hard. In fact, I would expect you would see lots of competing aftermarket ones if they opened up the market to it. And open source ones too, built by fans of the particular cars.
An update on the backlog of robocar related news caused by my recent travel and projects:
Many people have noticed the new law recently passed in Nevada which directs the Dept. of Transportation to create guidelines for the introduction of self-driving cars on Nevada roads. Here is the text of the law. Because Google, whom I consult for on robocars, helped instigate this law, I will refrain from comment, other than to repeat what I’ve said before: I predict that most transportation innovation will take place in robocars because they will be built from the ground up and bought by early adopters. The government need merely get out of the way and do very basic facilitation. This is very different from things like PRT and new transit lines, which require the government’s active participation and funding.
You’ll find lots of commentary on the story in major news media. read more »
A new paper on trusted traveler programs from RAND Corp goes into some detailed math analysis of various approaches to a trusted traveler program. In such a program, you pre-screen some people, and those who pass go into a trusted line where they receive a lesser security check. The resources saved in the lesser check are applied to give all other passengers a better security check. This was the eventual goal of the failed CLEAR card — though while it operated it just got you to the front of the line, it didn’t reduce your security check.
The analysis shows that with a “spherical horse” there are situations where the TT program could reduce the number of terrorists making it through security with some weapon, though it concludes the benefit is often minor, and sometimes negative. I say spherical horse because they have to idealize the security checks in their model, just declaring that an approach has an X% chance of catching a weapon, and that this chance increases when you spend more money and decreases when you spend less, though it has diminishing returns since you can’t get better than 100% no matter what you spend.
The authors know this assumption is risky. Turns out there is a form of security check which does match this model, which is random intense checking. There the percentage of weapons caught is pretty closely tied with the frequency of the random check. The TTs would just get a lower probability of random check. However, very few people seem to be proposing this model. The real approaches you see involve things like the TTs not having to take their shoes off, or somehow bypassing or reducing one of the specific elements of the security process compared to the public. I believe these approaches negate the positive results in the Rand study.
This is important because while the paper puts a focus on whether TT programs can get better security for the same dollar, the reality is I think a big motive for the TT approach is not more security, but placation of the wealthy and the frequent flyer. We all hate security and the TSA, and the airlines want to give better service and even the TSA wants to be hated a bit less. When a grandmother or 10 year old girl gets a security pat down, it is politically bad, even though it is the right security procedure. Letting important passengers get a less intrusive search has value to the airlines and the powerful, and not doing intrusive searches that seem stupid to the public has political value to the TSA as well.
We already have such a program, and it’s not just the bypass of the nudatrons (X ray scanners) that has been won by members of congress and airline pilots. It’s called private air travel. People with their own planes can board without security at all for them or their guests. They could fly their planes into buildings if they wished, though most are not as big as the airliners from 9/11. Fortunately, the chance that the captains of industry who fly these planes would do this is tiny, so they fly without the TSA. The bypass for pilots seems to make a lot of sense at first blush — why search a pilot for a weapon she might use to take control of the plane? The reality is that giving a pass to the pilots means the bad guy’s problem changes from getting a weapon through the X-ray to creating fake pilot ID. It seems the latter might actually be easier than the former. read more »
This blog has been silent the last month because I’ve been on an amazing trip to Botswana and a few other places. There will be full reports and lots of pictures later, but today’s idea comes from experiments in shooting HD video using my Canon 5D Mark II. As many people know, while the 5D is an SLR designed for stills, it also shoots better HD video than all but the most expensive pro video cameras, so I did a bit of experimenting
The internal mic in the camera is not very good, and picks up not just wind but every little noise on the camera, including the noises of the image stabilizer found in many longer lenses. I brought a higher quality mic that mounts on the camera, but it wasn’t always mounted because it gets a little in the way of both regular shooting and putting the camera away. When I used it, I got decent audio, but I also got audio of my companion and our guide rustling or shooting stills with their own cameras. To shoot a real video with audio I had to have everybody be silent. This is why much of the sound you see in nature documentaries is actually added later, and very often just created by Foley artists. I also forgot to turn on my external mic, which requires a small amount of power, a few times. That was just me being stupid — as the small battery lasts for 300 hours I could have just left it on the whole trip. (Another fault I had with the mic, the Sennheiser MKE 400, was that the foam wind sleeve kept coming off, and after a few times I finally lost it.) read more »
Dodge has released a few interesting commercials for its Charger muscle car, somewhat prematurely pushing it as the antithesis of a robocar. Most amusing is the second ad which features an ugly car with a literal robot in the driver’s seat (something also seen in the Total Recall and I, Robot movies.) The first ad just has visuals of the car but actually mentions the Google car as one of the signs of increasing robot control. For some reason, the car, rather than the people behind it, is named the “leader of the human resistance.”
It’s easy to understand the sentiment behind these ads, particularly when you are trying to market a car as a powerful “man’s car” oriented to the thrill of driving. The people who want the car to drive itself are not like you, you want an exciting drive and this is the car for you, it says. (Other ads decry an online test drive, and cars that get lots of “boring” miles per gallon.)
The ad does pose an interesting question. When I talk, I often get people who say that they have no interest in a robocar (and that Americans won’t have interest in them) because they love to drive and would not give it up. I often ask back, “so do you love to commute?” It’s also clear from the example of New York City that Americans will certainly give up driving if it’s the right choice for their locale. People who grew up in L.A. don’t try to keep their car if they move to Manhattan, they do what makes sense for their new area.
Driving is fun, of course, particularly on an interesting road with a powerful car. Indeed, many find driving a stickshift even more fun in such circumstances, though they are almost gone from U.S. cars. (I’ve mostly owned stickshift cars though when I bought my most recent I ended up with an automatic where you can manually change the gears. But I find I don’t use the manual mode.) Being a passenger on windy roads is not nearly so much fun, and even makes many people a bit queasy, though this almost never happens to the driver even with the same moves.
Obviously I suspect the Dodge ad is wrong when it says that “robots will never take our cars.” But human driven cars will also exist for a long time, and not just in the muscle car market. Many people will enjoy — or even need — a car they can take control of when the road gets “interesting.” But in our ordinary driving, the road itself is rarely interesting. We may well take special trips where the software drives us to the fun road and we take over after that, though with a better safety system. On the other hand, when it comes to scenic drives, people will want to go slowly and be passengers, getting a chance to look out the windows and enjoy the view rather than concentrate on the road. We may see “tourist cars” in popular tourist spots which are either convertibles or have nearly transparent tops — reminding us perhaps of the bubble roof cars from the Jetsons — for those whose focus is on the view.
There will be a sector of the market that wholly buys into Dodge’s tongue-in-cheek message. I’m pretty confident in predicting that the opposite segment that embraces the technology will be more than large enough for it to find all the early adopters it needs. As people get used to the idea, it will then go mainstream, even if it never captures everybody.
Of course, I’m almost certain the Dodge Charger, like all other cars, is full of processors with tons of code. The fuel mixing system that gives it its power is computerized in a typical car. One technology “leading the resistance” against another.
This does mean a lot of changes for the automobile industry, as I wrote in my article on car design changes. Today a car’s price is remarkably correlated with its horsepower, which is part of the reason Dodge wants to advertise this way. Even when luxury is the real product, you will still find extra horsepower. This may change as people want comfort in their ordinary car, and only want horsepower in the vehicle they rent for the weekend.
It’s very common to use mobile phones for driving activities today. Many people even put in cell phone holders in their cars when they want to use the phones as navigation systems as well as make calls over a bluetooth. There’s even evidence that dashboard mounting reduces the distracted driving phenomenon associated with phones in cars.
Nokia and others are pushing one alternative for the cars that have dashboard screens. This is called “Terminal Mode” and is a protocol so the phone can make use of the display, buttons and touchscreens in the car. Putting the smarts in the phone and making the dash be the dumb peripheral is the right idea, since people upgrade phones frequently and cars not nearly so much. The terminal mode interface can be wireless so the phone does not have to be plugged in, though of course most people like to recharge phones while driving.
Terminal mode will be great if it comes, but it would be good to also push for a standard port on dashboards for mounting mobile phones. Today, most mobile phone holders either stick to the windshield with a suction cup, or clamp onto the vents of the air conditioner. A small port or perhaps flip out lever arm would be handy if standardized on dashboards. The lever arm would offer a standard interface for connecting a specific holder for the specific device. In addition, the port would offer USB wiring so that the holder could offer it to the phone. This would offer power at the very least but could also do data for terminal mode and some interfacing with other elements of the car, including the stereo system, or the onboard-diagnostics bus. Access to other screens in the back (for playing video) and to superior antennas might make sense. While many phones use their USB port to be a peripheral to a PC, some have “USB to go” which allows a device to be either master or peripheral, allowing more interesting functions.
Even with terminal mode, there could be value in having two screens, and more buttons, though of course apps would have to be developed to understand that. However, one simple thing is that a phone could run two apps at once on two screens (or even two apps at once on the larger screen of the car) which would actually be pretty handy.
While I believe airlines could sell the empty middle for somewhere in the range of 30-40% of a regular ticket, this still has issues. In particular, are they really going to bump a poor standby passenger who had a cancelled flight and make them stay another night so that people can get a more comfortable seat?
One idea is to allow the sale of empty middles by dutch auction. In effect this would say, “If there are going to be empty middles on this plane, those who bid the most will get to sit next to them.” If this can be done, it’s a goldmine of extra revenue for the airline. What they sell costs them nothing — they are just selling the distribution of passengers on the plane. If the plane fills up, however, they sell it all and nobody is charged.
The dutch auction approach would let each passenger make an offer. If there are 5 empty middles, then the 10 people who sit next to them win, but they all pay the 10th highest bid price. If only 9 passengers bid, the 10th highest price is zero, and everybody pays zero — which is what happens today, except it’s semi-random. While this may seem like a loss for the airline, many game theory tests suggest that dutch auctions often bring the best result, as they make both sides happy, and people bid more, knowing they will actually pay the fair price if they win.
(On the other hand, airlines are masters at having two people pay vastly different prices for exactly the same thing and have managed to avoid too much resentment over it.)
There is one huge problem to solve: How do you arrange that matched bidders are sitting together to share the empty middle? Each empty middle benefits two passengers. read more »
First of all, the TED talk given by Sebastian Thrun, leader of the Google self-driving car team (disclaimer: they are a consulting client) is up on the TED web site. This is one of the short TED talks, so he does not get to go into a lot of depth, but notable is one of the first public showings of video of the Google car in action on ordinary city streets. (The first was at PodCarCity, but video was not made available on the web.)
At TED the team also set up a demonstration course on the roof of a parking lot, and allowed some attendees to ride and shoot videos, many of which are up on the web. While the car does perform well zooming a slalom course, and people have a lot of fun, the real accomplishment is what you see video during the talk.
Another “City of the future” video has appeared featuring robocars prominently. This Shanghai 2030 video plays out a number of interesting robocar aspects, though their immense elevated road network reminds me more of retro futurism. A few things I think will be different:
The people in the car sit side-by-side. I think face-to-face is much more useful. It’s more pleasant for conversation, and it allows for a narrower car which has huge advantages in road footprint and drag. Some people can’t stand facing backwards, and so there will still be side-by-side cars if you have two people like that, but I think a large fraction of cars will move to face-to-face, either narrow (for 2) or wide (for 3 or more.)
The video shows cool displays projected onto the windscreen. This “heads up” sort of display makes sense if you have to keep your eyes on the road while using the screen, but in these cars, the people don’t. On the other hand it’s true that some people get motion sick looking down while riding, but you can also put an opaque screen in the middle of the window in a robocar.
It’s National Robotics Week with lots of robot related events. In the Bay Area on Thursday, an all-day robotics demo day for kids and adults will take place at Stanford’s robotic car lab, so people will get a chance to see Junior and other Stanford robocars there.
The trend continues — last year U.S. road fatalities dropped again to 32,788. That’s a steady decline since over 43,000 5 years ago. And this is in spite of total vehicle miles going up. As a result, the death rate per 100 million miles is now 1.09, the lowest it has been in 60 years.
That’s very good news, though many forces fight for the credit. The leading contender seems to simply be that cars are getting safer in crashes, with better crumple zones and air bags, and more people wearing seatbelts. Medicine has also gotten better. Some will also be coming from better cars with safety systems like anti-lock brakes, crash-warnings and lane-departure warnings — precursors to robocar technology — but it would be wrong to assume these are a big component. Also worth noting that this happens in spite of the rise of people talking and texting while driving, though the secretary gives some credit to the recent laws banning this. But that doesn’t explain why the drop began in 2005.
It’s also odd that while fatalities drop almost everywhere, they’re actually up in New England by 18% and by 4% around the midwestern Great Lakes, and generally up around the north-east.
I never combined the two together, however. In the citizen examiner approach, when you apply for a patent you are also put into a pool of available experts in your field to assist examiners with other patents in the field. You need to do this several times (and get anonymously graded by your peers as having done a decent job) in order to get the patent you applied for.
While this helps the patent examination in so many ways, by providing an automatically scaling pool of skilled labour, I had not addressed how to deal with the novelty test.
I propose that when filing a patent, first the applicant must file a clearly written statement of the problem being solved by the patent. This would be public, and citizen examiners would be asked to consider it and see if any obvious solutions come to mind to them as those skilled in the art. In addition, they would grade the problem statement for clarity.
When the actual filing is disclosed, a second review would be done both by the examiner, an the citizen examiners as to whether the claimed invention really does solve the problem, and whether it had been a clear statement of the problem and not an attempt to obfuscate. I already plan for the citizen examiners to grade the patent itself on how clearly it teaches the invention. Patents which do not have cohesive problem statements and clear teaching of the invention would be returned in an office action for revision.
The idea behind the problem statement is a test both for obviousness and novelty of the problem. In many cases, experts in the field will come up with proposed solutions to the problem quickly. If they come up with the invention-about-to-be-disclosed, then it’s clear that it was obvious to one skilled in the art. If nobody comes close to the invention, it is evidence that it is not obvious, though there would still be general judgement of that, as well as prior art searching by examiners, citizen examiners and the public.
Today, patent lawyers earn their keep in part by writing patents in non-clear ways, to make them hard to find and understand. That is against the goal of the patent system, which is to reward those who disclose their inventions, teach how to build them and leave them after 17 years as a legacy to the world. While any one examiner may not make a good decision, a panel of experts in a field can provide some solid evidence on whether the problem is hard and the invention is novel.
Getting such proposals into patent reform is hard. Big patent holders want to make it easy to build up their patent portfolios. Many would fight meaningful reform like this. But perhaps there is a way to get it kickstarted. It might be interesting to see a web site where new patents are put forward and examined by ordinary citizens that care. Examiners could of course look at that, but they would not be obligated to. There are so many patents that a lot would pass by without attention. There are sites that report on new patents, but what we perhaps need is a site like “reddit” or “digg” for patents which takes the whole patent inflow and lets people vote up patents of interest for examination and comment by others. The most interesting ones would get more attention and more people searching for prior art and commenting. If a little money was involved they might even get prizes, though that would take a wealthy patron willing to spend money for patent reform.
To sum up the proposed patent process:
Applicant files/publishes “statement of problem.” Also declares the discipline/areas of expertise.
The public, and a set of citizen examiners chosen from the pool in that subject area write comments on the problem and propose solutions over the course of a few weeks.
The patent filing is studied by the examiner. She picks some suitable citizen examiners without apparent conflict of interest, as well as one likely competitor, if available. Chosen examiners agree or beg off, if they beg off, alternates are selected.
Examiner and citizen assistants consider the patent, how well it is written and do searches for prior art. The “adversarial” examiner does only prior art search.
The patent is considered in the light of prior art. Novelty and how well it addresses the pre-stated problem are judged, as well as clarity. Obfuscated patents, as judged by the examiner based on views of the assistants, are rejected in office actions. The patents can be re-filed but the problem statement can’t.
If a patent is found to be clear, novel and well tied to the problem, and non-obvious, including that nobody who examined the problem came up with too similar a solution, the patent can be granted.
The examiner and other citizen examiners (including some who did not work on this particular patent) grade the work of the citizen examiners, to assure they were thorough, diligent and honest. Those who were earn a credit towards their obligation.
Citizen examiners are almost unlimited, in that we can ask each one to do multiple jobs to get their patent, within reason. Small inventors can get less duty than large ones, and anybody (but particularly large companies) can have another qualified expert do the work if the main inventor is too important. But I imagine the job as being about 2-3 days of work, researching, reading and commenting, and 5x of that is pretty tolerable for somebody wanting a patent.
As such we could also, more slowly, put citizen examiners on to re-examining other patents that are challenged. We would not revoke patents that met the rules of their day, but if further examination shows they had prior art or documented obviousness, that should be considered.
If you’re going to have a meeting with people in a meeting room and one or more people calling in remotely, I recommend trying to have a remote multi-party video call, or at the very least a high-fidelity audio call, and avoid the traditional use of a phone conference bridge to a speakerphone on the meeting room table. The reality is the remote people never feel part of the meeting, and no matter how expensive the speakerphone, the audio just doesn’t cut it. There are several tools that can do a multi-party video call, including Oovoo, Sightspeed, Vsee and others, but for now I recommend Skype because it’s high quality, cheap, encrypted and already ubiquitous.
While you can just set up the meeting room with Skype on a typical laptop, it’s worth a bit of extra effort to make things run more smoothly in the meeting room, and to get good audio and video. Here are some steps to take, in rough order of importance.
You should upgrade to the latest Skype. Use “Help/Check for upgrades” in Skype or download from their web site.
Create or designate a “conference master” account. (Skype no longer needs a Premium account for this but calls are limited to 4 hours/day and 100hrs/month.) I also recommend you have some money in the Skype account for outbound calling, see below.
The conference master should learn the UI of multi-party calling. They must be on Windows or a Mac. (Sadly, for now, only Windows is recommended.) The UI is slightly different, annoyingly. Read Skype’s instructions for windows or Mac. They also have some how-to videos. The hard reality is that the Windows version is more advanced. Don’t learn the UI during the conference — in particular make sure you know how to deal with late callers or re-adding bounced people because it can happen.
The conference master should have a decently high-powered PC, especially if having 4 or more remotes.
Notify all participants of the name of the conference master. Have them add the conference master to their contact list in advance of the conference. Confirm them as buddies. Alternately, if you know their Skype names, add them and get them to confirm.
Create, in advance, a call group for the conference.
Here are the typical problems that we see if the meeting room just uses a laptop on the table for the video call:
The camera is low down on the table, and laptop quality. It often captures backlights and looks up at people. Half the people are blocked from view by other people or stuff on the table.
The microphone is at the far end of the table, and it’s a cheap laptop mic that picks up sound of its own fan, keyboard and possibly projector. When it sets levels based on the people at that end of the table, it makes the people at the other end hard to hear.
You need the sound up loud to hear the remote folks, but then any incoming calls or other computer noises are so loud as to startle people.
People haven’t tried the interface before, so they fumble and have problems dealing with call setup and adding new callers or returning callers. This frustrates the others in the room, who just want to get on with the meeting.
Some folks have to come in by telephone, but you can’t really have a speaker phone and a computer conference talking speaker to microphone very well.