In the wake of the Uber fatality, I'm seeing lots of questions. Let's consider the issues of crosswalks and interventions by safety drivers.
Crosswalks actually are important to robocars in spite of the fact that they still should stop for a pedestrian outside of a crosswalk.
Today I'm going to examine how you attain safety in a robocar, and outline a contradiction in the things that went wrong for Uber and their victim. Each thing that went wrong is both important and worthy of discussion, but at the same time unimportant. For almost every thing that went wrong Is something that we want to prevent going wrong, but it's also something that we must expect will go wrong sometimes, and to plan for it.
Major Update: Release of the NTSB full report includes several damning new findings
Update: Analysis of why most of what went wrong is both terrible but also expected.
Update: More information in following posts, particularly impressions of serious possible errors by Uber.
Update: Did the woman cross 3.5 lanes of road before being hit?
It's just been reported that one of Uber's test self-driving cars struck a woman in Tempe, Arizona during the night. She died in the hospital. There are not a lot of facts at present, so any of these things might be contradicted later.
I've been doing some analysis of the "HODL" movement (which attempts to use social pressure to convince people to hold on to Bitcoin and other holdings, rather than taking the normal profit-taking steps after such a large appreciation.) I believe that HODL goes against what a cryptocurrency is supposed to be about, since to be valuable it has to be useful, and to be useful, people need to be using it, not holding it. I will explore this in another article next week.
One of the biggest milestones of the robocar world has gotten just a little coverage. Waymo, which last year removed the safety driver from behind the wheel of their cars in Phoenix, still had a supervisor sitting in the back with a kill switch. That supervisor is now gone and the car comes to pick up passengers entirely unmanned.
In the world of flying cars, another big step was taken with the partial unveiling of the Kitty Hawk Cora. Kitty Hawk is a project involving some friends of mine who made the Google car project happen, and while it's very nascent it could have some big effects.
Lawyers are highly disliked in our society, at least until you need one. This is because we primarily use lawyers like weapons, offensive and defensive, and who likes the weapon? I think lawyers can serve the world better if we take different attitudes about what clients wish from lawyers. Here are some lessons about using lawyers I have learned over the years.
Earlier this week, I wrote about making a subway for robotic vans which just has tunnels and ramps to the surface, rather than the vastly more expensive system of giant stations we use for today's underground transit. It offers the chance to save immense amounts of money because stations are expensive to build and maintain.
I have written a few times about the unusual nature of robocar accidents. Recently I was discussing this with a former student who is doing some research on the area. As a first step, she began looking at lists of all the reasons that humans cause accidents. (The majority of them, on police reports, are simply that one car was not in its proper right-of-way, which doesn't reveal a lot.)
This led me, though to the following declaration that goes against most early intuitions.
A hiker online asked me about when we might see a robotic "pack mule" to make long hikes easier. The big problem is energy (and noise) since right now the walking robots that exist use a lot of energy to travel, and most hikes involve some terrain you can't do on wheels.
He hoped for solar charging, but most hikers like to hike under cover away from the burning sun. The robot probably wants to be electric since nobody wants a loud engine on a pack robot on the trail. That's a problem.
San Francisco is building its new Central Subway -- an underground light rail line. Ground was broken in 2010 but due to delays it will not open until 2021. This line will finally make the Caltrain commuter rail (which otherwise dumps passengers into an industrial zone far from where most of them wish to go) more useful, and offer travel not slowed by SF's terrible central district congestion.
A sad reality today at most academic conferences is that it's fairly common for at least one speaker to not make it due to visa problems. This is not just true because of the USA's reduced welcome to foreigners, it happens in other places as well.
California announced that come April, it will be legal to operate robocars with no safety driver inside. There will need to be a remote operator, monitoring the vehicle at all times during testing.
(Warning: An explosive topic. Those who only want to talk robocars, you can subscribe to only that feed if you wish to!)
Waymo has applied for, and been granted, a licence to operate as a "Transportation Network Company" (fancy name for app-summoned taxi like Uber) in Arizona. This has been expected for some time, and shows they are continuing their plan to open up their pilot service in Phoenix to the public.
The most challenging problem for robocars today is proving they are safe. Yes, making them safe is very important, but they'll only be let on the roads by the companies making them if that safety levels can be demonstrated.
Every 2 years I watch the Olympics and publish notes on the games, or in particular the coverage. Each time the technology has changed and that alters the coverage.
This year the big change is much more extensive and refined availability of streaming coverage. Since I desire to "cut the cord" and have no cable or satellite, this has become more important. Unfortunately the story is not all good.
There are lots of players in the robocar space now -- car companies, startups, suppliers, high-tech companies, and two I did not talk as much about -- shuttles and delivery robots.
