I'm disappointed in all the folks immediately blaming the cyclist without further information, and I'm similarly disappointed in all the folks blaming Waymo for the same reason.
But, unless they somehow have extra information we're not privy to, I'm much more disappointed in the S.F. Supervisor quoted in the article, Shamann Walton, for immediately going online to say "so much for safety." Us internet weenies are always going to have our hot takes, but someone in charge of the city has a responsibility to at least try to be better.
I think more impressively, even in this seemingly worst case scenario where everything lined up as poorly as it could have, the car was still able to react quite aggressively and the situation ended only with minor scratches it seems?
Honestly, if anything, this is probably proof that self-driving is the future, as I would bet any human would've most definitely done much worse in the same scenario.
Thare's a, probably not very obvious, situation when human could have no such accident in the same scenario. At all. Preventing an accident does not leave any trace. No one knows about the scenario if there's no accident.
How many similar (and others) accidents are being prevented by human drivers daily, and no one knows about them, at all? We just don't know.
That's why I take any stats of "human vs AI" driving with a grain of salt.
We can compare this statistically by looking at accidents per 1,000,000 miles driven of autonomous cars vs humans. Over long mileage, the rate of prevented accidents shows up in the data as a lower overall accident rate.
I don't have the stats at hand but Waymo does great on this stat.
Now, that's not to say that Waymo would avoid any specific accident better than a human. But from a public health standpoint, that's not really the right way to think about it anyways.
IMO these are a slightly fake stat. You're comparing to overall stats, that include the drunk, the high, the sleep deprived, and the crazy wild aggressive wreckless.
If you compare to my mother driving, the injuries per mile are higher in autonomous.
You can argue that I'm making an unfair distinction since those people exist, but I'd say the people driving under those conditions are commiting a crime and shouldn't be counted the same.
You're making a classic is-ought fallacy here. Drunk, high, sleep deprived or "crazy wild aggressive reckless" human drivers ought not to exist, but they do, and thus it's absolutely fair to compared autonomous drivers against them.
If GP's mother switches from driving for herself to having Waymo drive for her, her risk of injury will increase. Therefore, if her goal is to avoid injury, it would be counterproductive for her to make that switch. That conclusion does not require any is-ought fallacy.
Exactly. I know that my odds are different from the average.
So are you one of the 88% who know they are better than average, or one of the 12% who are worse?
https://www.smithlawco.com/blog/2017/december/do-most-driver...
This has nothing to do with being "a better driver" than average. If you simply don't drive while intoxicated, extremely tired, or distracted with your gadgets, you're already beating the average when it comes to collisions and injuries.
It still does not make you a good driver. I've personally been in situations where I'm on the right lane, going slightly below the speed limit, when the vehicle (usually a pickup truck) passes me from the shoulder on the right, often blaring it's horns in disapproval as if they were on their way to save lives.
I can't wait to make it illegal for humans to drive on public roads.
It's mostly that. I don't think I'm more skilled or something. Also, using a smartphone while driving is illegal, but somehow using a 17" touchscreen that mirrors your smartphone and shows incoming texts is OK and common in newer cars.
Being better than average is easy because the average is dragged down by people who drive drunk/tired/etc. An average safety robocar would be a downgrade for most responsible people.
Yeah, I have 0 accidents, so nobody is going to convince me the AI is safer. Meanwhile my car's ESC has tried to send me off a cliff before.
This page is confused about the difference between mean and median. The 88% of drivers who think they are above average are not necessarily correct, but there would be nothing logically inconsistent about them being correct.
All self driving > Reckless drivers only self-driving > current situation > small random population only self-driving > GGPs-mom-likes only self-driving.
Unfortunately, identifying people like GGP's mother and excluding them from requirement for self-driving is prohibitively expensive (and icky in all kinds of ways), and so would be predicting reckless driving behavior (approximately every driver is reckless at some point anyway, GGP's mom included). So it's all self-driving or no self-driving, and all self-driving is strictly better for all of us, even if GGP's mom has to briefly accept slightly elevated risk.
> identifying people like GGP's mother and excluding them from requirement for self-driving is prohibitively expensive (and icky in all kinds of ways)
Not sure I follow the thinking here. We already have ability tests in driver's license exams.
Yes, and every mad or reckless driver passed them with flying colors, kind of by definition, otherwise we'd be talking about drivers illegally operating road vehicles. Approximately all traffic accidents involving drivers is involving drivers with valid license, who passed ability tests.
A simple Google search reveals that the number of accidents caused by unlicensed drivers is ~20%, not ~0%: https://usclaims.com/educational-resources/non-licensed-driv...
Moreover, the requirement to receive a license is only to pass, not to pass "with flying colors".
Those tests are dangerously insufficient to keep unsafe drivers off the road.
That may be true, but I expect there's no scalable way to assess drivers for GGP mother-ness. So for public policy purposes we should encourage and allow self driving. And possibly even ban manual driving if we can't distinguish GGP mothers from poor drivers.
If your mother is a decent driver, then almost all the danger she faces while driving comes from other people being shitty.
Others have made better points but I want to add another thing to point out you can also be making the same "is-ought" mistake yourself:
Impaired drivers (drink, drugs, sleep), bad drivers, dangerous drivers, etc. who ought to use the self-driving function are exactly the kinds of people who won't and continue to drive badly.
What this means is the safer drivers leave it off (because they outperform the system), while dangerous drivers also leave it off because they mistakenly believe they outperform the system. The traits that it's meant to protect people from are the very traits that ensure it can't do its job.
When it is good enough, we should remove the ability for humans to drive cars manually in all new cars after that point.
Or even migrate the testing schema to more frequent re-checks and a harder pass condition.
If people don't have to drive to thrive in society, we can make driving far more of a privilege. Contrast what a private pilot has to do to get certified.
In no possible future would we see an immediate change from human drivers to 100% self-driving, so self-driving ought to co-exist with human drivers, both the better than average, and the drunk ones.
I’m absolutely not convinced that an AI would fair better at handling a drunk driver’s driving style compared to a competent human. The statistics help AI due to them being good at handling monotony, but that doesn’t necessarily translate to safety in complex situations.
In a few places, driving too passively (as AI cars seem to do) will cause aggressive drivers to create dangerous situations for you. They don't want to be stuck behind someone who's letting people in. I also wonder if the AI cars go the speed limit on freeways, cause sometimes that's worse than matching traffic that's speeding a bit.
But one of the points of self-driving cars is to remove those bad drivers from the driving seat.
I have never once heard self-driving cars sold with the argument "they're great for sleep deprived and alcoholics".
Maybe they should be.
I have always wanted a self-driving car so there's no more "designated driver" hassle with going out.
"Going out" is synonymous with drinking? You could just... not drink.
There's a cultural dimension.
In general south europe culture it is normal to drink wine to food, and enjoy it, but also embarrassing to get publically drunk.
Whereas in northern europe, though, it's all beer or spirits and the aim is to get as drunk as possible as quickly as possible.
These generalisations are based on my own observations. There's doubtless a lot of variation.
Same, there are few places I go to I may not come back drunk!
This, and freeing up the streets from parked cars. If cars are self driving they can go park themselves into some big, far away car parks instead of clogging the streets. In europe it can easily multiply by 2 or 3 the throughput of most big cities.
Maybe in theory, but then you have a bigger social/psychological/economic problem because these populations are necessarily the ones that are going to be compatible with the business model for autonomous cars.
And if you get a bigger proportion of “good drivers” in autonomous cars than there is in the overall population, you're on fact increasing the overall number of accidents.
I agree that a very probable outcome is that the real bad drivers will, for one reason or another, keep using non-self-driving cars way longer than good drivers. But also a good self-driving car should have faster reflexes than a good human driver, so it might mitigate anyway the damage done by a drunken driver.
How? There will be multiple decades of self-driving — human driver co-existence. I’m not convinced that this phase would be safer than the human-only one, as AI might very well handle bad human drivers much worse (as it is an edge case).
You're in the write direction but I think you don't have the right words to describe what you're trying to describe. I made a sister comment, but if I correctly understand you, then it would be more accurate to say that the averaged statistic removes important variables for making accurate conclusions. We need not look at your mother, but we can consider different environments. I think most of us would say it would be silly to compare accidents on the highway to accidents to those in an urban street, but an "average by mile" is doing precisely this. We'd call this "marginalization" and it is why you should be suspicious when anyone discusses averages (or medians!). (On that note, the median and average are always within one standard deviation of another. It's useful because if you have both and they are far apart you know there's a lot of variance). I hope I accurately understood you and can help make a clearer message.
I like to say that the average human being has one testicle and half a vagina, which is not very representative of anyone around.
Oh really? That's cool.
Haha yeah that is accurate. The right language is situational though haha. People are generally overconfident in their ability to mathematically describe things. There's a clique "all models are wrong" and like all cliques it is something everyone can repeat but not internalize lol
you should not forget the second part: all models are wrong, some are useful
Yes, but unfortunately the second part is usually employed by people who want to put under the rug the fact that their model is dubious.
All models are wrong, only some of them are useful, and only when handled with care.
The second part is the obvious part that often doesn't need restating. Models can be incredibly powerful tools.
ummm. I would refrain from using nonparametric skew to make a comment about the magnitude of variance.
Essentially, the gap between mean and median will always be bounded by 1 sigma. The ratio abs(mean-median)/sigma is nonparametric skew. It is atmost 1, for any distribution( hence nonparametric, no distributional assumption required).
For unimodal distributions, especially symmetric unimodals, this ratio is 0. As the gap between the mean and median grows, the data gets more spread out, and the ratio captures that spread and consequent nonsymmetry. But you are using the value of this upper bound to make a comment about s^2. Which is very clever, but inaccurate. Say you standardize the rv and you have a nonsymmetric dist. Then mean 0, say median 100. Then stdev can be atmost 100, so variance can be atmost 10000. Which looks like “a lot of variance”. But is it really? Variance has a scaling problem, precisely why we take the square root, so the stdev remains in the scale of the mean. So at best one can say the stdev can be as big as the median. But that’s not very informative- because if the mean is -50 and median is +50, we are left with the same absolute gap of 100, so the same statement applies to the stdev even now.
I guess if I had to compare the variance of some sample X to another sample Y to make some claim that variance of X is much larger than Y, I would use a standard F test. Cooking up a test based on the gap between mean and median in a single sample seems somewhat shaky. It is very creative though, I grant you that.
Perhaps I gave the statement too much strength, far more than intended. But I don't view any metric as anything more than a guide. The reason I use parametric skew in this way is explicitly for a quick and dirty interpretation of the data. Essentially trying to understand if I should take someone's data at face value or not. It's about being a flag. The reason is because when going about the world in an every day fashion I am generally not going to have access to other data like variance (which if we did, we wouldn't need this hack) and can't really do an F-test on the fly. Usually you're presented with the mean and it can still be hard to find a median but it is usually more obtainable than the variance or any other information. So I get your concern and I think you are right for bringing it up because how I stated things could clearly be mistaken (I'll admit to that) but wanted to assure you that no strong decisions were being made using this. I only use it as a sniff test. I do think it helps to give people a bunch of different sniff tests because it is hard for us to navigate data and if you're this well versed I'm sure you have a similar frustration in how difficult it can be to make informed decisions. So what tools do we have to can set off red flags and help us not be deceived by those who wish to just throw numbers at us and say that this is the answer?
Unfortunately, we can't replicate your mother and put her behind the wheel of every vehicle in America. But we can crank out thousands of autonomous vehicles with thousands of identical copies of highly tuned safety algorithms.
If you had a new born to take home from the hospital and were 20 miles from home.. would you take an autonomous car or have you or a family member drive you home?
With emotions running high surrounding this newborn, me, or a family member, is likely to be stressed, under-slept, possibly drinking. Why wouldn't I want this hypothetical autonomous car to take us all home safely?
Because the math shows that currently it drives about as bad as a sometimes high, drunk, sleepy, angry person. If you had a family member that cared about you available to drive, they would be much safer than the typical ai car right now.
This is surprising. Got a cite for that?
The closest I've come to killing another human was when I was driving to the hospital at night to pick up my wife & newborn, sleep-deprived and high on adrenaline, and came this >< close to taking out a cyclist I completely failed to see.
But your mother is still better off with the drunks not driving (they may crash into her car). So she may still have less accidents in a world where everyone goes self driving.
This will still leave us with the random and dangerous behaviours of cyclists and motorcycles though.
This is extremely limited and really not relevant to the topic at hand. You've marginalized out the type of accidents. Most miles driven are on highways and this is a different environment than urban. The information you've marginalized out is essential for making reasonable conclusions about safety. It isn't important to just know the ratio of TP/TN/FP/FN but more specifically where and when these errors happen. The nuance is critical to this type of discussion and a simplification can actually cause you to make poor decisions that are in the wrong direction rather than naive decisions but in the correct direction.
I can guarantee you there are more accidents per 1,000,000 miles driven in dense urban areas, and that's where Waymo has been driving as well. Last I checked they're not even operating on freeways.
I highly recommend reading through Waymo's own publications that addresses these exact concerns: https://waymo.com/safety/
Specifically "Framework for a conflict typology including causal factors for use in ADS safety evaluation" and "Comparison of Waymo Rider-Only Crash Data to Human Benchmarks at 7.1 Million Miles"
It may not surprise you to know that they have given a LOT of consideration to these factors and have built a complex model that addresses these to demonstrate their claims.
That's terrible statistics. Let children drive and the self-driving cars would be, on average, even more safe!
Comparisons should be made 1) with the median, not the average, and 2) under the same conditions.
The problem will all of these stats (although some like Waymo are better than others like Tesla), is that the bare number is quite misleading because they compare apples to oranges. Firstly Waymo (and others don't often don't operate in places that they have excluded or they don't know. Humans drive in unfamiliar places (which I'd bet changes the chances of accidents). Moreover, waymo might decide to not operate in some places at all because they deem the traffic/road conditions to dangerous (and I think that's a good thing), however human accidents in those areas (which are by the condition are more accident prone) still go into those statistics.
It's similar for weather, self driving cars might refuse to operate in some weather conditions (I don't think it's by accident that most companies mainly operate in the relatively warm and sunny places of the US), human accidents under bad conditions are still part of the statistics.
And again drunk/impaired drivers also go into the statistics, if we disregard them and humans become safer, than this is not an argument that self driving is safer than humans, but an argument that there isn't enough enforcement around riving impaired.
If we are going to use flawed statistics of autonomous cars vs humans, we should first look at even better examples then waymo. Im pretty sure Mercedes Level 3 driving automation for the Autobahn is safer, as well as autonomous cars that park cars at airports. Their accidents per 1,000,000 miles should be 0, a statistic which is hard for humans to beat.
The more restricted and environment controlled we can make it, the few accidents we see machine controlled cars do, and the worse a adaptive human driver does in comparison (barring extreme situations).
The converse argument is that human drivers hit cyclists everyday, and we never hear about them because they are not unusual.
On the other hand there are many human drivers who will endanger cyclists on purpose because they either don't like them or are inconsiderable aaaholes in general and engage in dangerous behaviours like speeding, overtaking when there is incoming traffic from that other direction (cause they think it's safe to squeeze in as cyclists are small) or not paying attention to right of way signs.
Speeding alone is a huge problem. I would take self driving cars even if far from perfect just because of it. It will be safer if they don't speed even if they sometimes randomly drive into other vehicles. Everything is secondary when it comes to safety. It really is obvious when you move from a place where people don't respect speed limits to one where they do. I think not speeding solves 95%+ of serious safety problems.
I wonder if a human driver would have (for better or worse) swerved to avoid hitting the cyclist. That is, the Waymo might be programmed to only execute certain types of evasive maneuvers, whereas a human would instinctively do other things as well. Of course, if there were someone in the vehicle's blind spot, it's possible this would have resulted in a worse accident, since there would have been no time for a human driver to double check.
In a recent accident that happened in my country, a human driver swerved to avoid a cyclist that was quickly switching lanes without signaling in order to cross from one side to another. The swerving car went over the sidewalk and killed a pedestrian. You should draw your own conclusions.
This is my pet peeve with people being so sure online about their abilities of avoiding things on the road. Yeah, maybe you could avoid it with your super human reflexes, but there physically no way you could check that side of your car, register what's there, decide whether you can move that way and then did it. The kneejerk avoidance reaction may be extremely dangerous on its own.
(Also in Oz, rolling your car when you try to swerve to avoid a kangaroo is so common that you're normally taught to just break instead)
Do people really not mentally track the vehicles around them? I remember in driver’s ed even before we were behind the wheel to have “exit strategies” for situations exactly like this. Cars don’t just appear magically next to you.
They don't, but: 1. Your perception is not perfect. 2. A truck passing you means there was a blind spot and you have no idea what was there. 3. There are areas with many lanes merging / splitting, where it takes most of your attention to know where you're going; little left to track everything around.
Tracking your surrounding is great. Accepting that you're going to make mistakes, adjusting for that and also allowing assistive tech is even better.
People try to, but are imperfect at doing so. For example, most people do not closely track what is happening 2 lanes away. But someone can move from your blind spot 2 lanes away into your blind spot right next to you.
Also, if something potentially dangerous/important is happening to your left, you will focus your attention there and not be aware of things happening to your right, even if you normally would have seen those things had you been looking straight ahead.
I try to know what is going on around me, for the reason you describe (exit strategies), but I'm aware that sometimes I simply do not know what is to my left — and would not want to swerve there.
Having seen friends driving Teslas, I can see how the surround-view could be useful for situations like this. However, I have also seen that cars appear/vanish for no reason, and it is clearly not reliable at this point.
I swerved into another lane to avoid another car cutting me off during rush hour once. It all happened so fast, and I will always remember how incredibly lucky I was that no one was in the lane I moved into.
Broadly speaking (and this is a very broad brush, details may differ), autonomous vehicles will resolve collision avoidance by doing something legal.
Swerving is not legal and it's not legal because you might hit something you can't see. On the other hand, an autonomous vehicle maintains perpetual 360° situational awareness so it already knows whether it's safe to swerve.
If I'm driving down the road and someone pushes a kid in front of my car, I'm very likely to swerve, even if I'm not 100% sure if there is someone next to me. If I hit a car next to me and cause damage/injure people, there is a good chance that a jury would find in my favor because a "reasonable person" (the relevant legal standard in a civil case) would seek to avoid the certain death of a faultless child, even if it means a chance of injury to passengers in a vehicle that might be nearby. I wouldn't swerve if I thought a bicyclist were there, but I would likely swerve into a vehicle, which affords occupants significant protection.
And I certainly would not be found guilty of a crime ("beyond a reasonable doubt", the standard in a criminal trial) because it is not criminally negligent to swerve when faced with the certainty of killing a child. Under the "defense of self/others" doctrine, you can do many things that would normally be illegal, if you are doing them to prevent the imminent death of yourself or someone else. (These analyses are not super detailed, but IAAL.)
AVs aren't doing near enough calculus to make a decision like that; they have obstacles and they avoid them. Their avoidance can allow for lane departure (that 360 situational awareness is handy), but they aren't going to solve a trolley problem in realtime if boxed in.
The thing is... Neither are people. A kid darts out on front of you and you won't have time to make a conscious decision. The maneuver you make will be too fast for rational thought, and your brain will explain to itself why it did that later.
... Incidentally, this is one of the things that scares me about human drivers. Put a human on the stand to testify and most will say they never saw that kid, no matter what physical process happened to their eyes and neurons. I think most even actually believe it.
In any case, I'm glad that in this incident they'll be able to do a full NHTSA workup, pull logs, and reprogram the machine to avoid an accident like this in the future. Can't do that to a human driver.
Can you provide a source that swerving to prevent a collision is not legal?
Yet it makes me wonder how the car would react if it came to a stop on top of the leg of the cyclist or in some situation where a normal driver would notice that he should get into the car again and back up a couple of feet.
I'm not against Waymo.
My mom was hit by a driver when she was biking and fell with her arm in front of the wheel. The driver then decided to pull forward and drove over her arm. So humans don’t really solve that problem.
Getting big "this is actually good for Bitcoin!" vibes from this. I don't think we can fairly assess who was at fault, given that none of us were there. But it is insane to just assume a manned vehicle would have fared worse, and declare it a victory for driverless cars.
I’m happy that in the Netherlands it’s ALWAYS the car driver’s responsibility (she always pays).
I don't agree with most laws that impose absolutes. The courts exist to deal with grey areas.
A large number of pedestrians struck by cars each year (at least in North America), are themselves intoxicated, and not fit to walk along roadways. There are many cases where the driver should not reasonably be at fault for a pedestrians erratic behavior.
There's also the "hit-to-kill" phenomenon in China, where it can be financially devastating to leave a person living with significant injuries, but affordable if you had simply killed them (50K USD vs 1M over a lifetime). In extremely sad circumstances, this has motivated people to hit the victim multiple times.
I call bullshit on "unfit to walk along roadways". This is victim blaming from people who want to go fast, fast, fast.
The one moving a ton of metal is the one to pay attention. And the US needs to build roadways actually usable by pedestrians.
Pay some fucking attention in traffic, even if you are on two feet instead of on wheels, for fuck's sake!
Would you say this to bereaved parents?
Sure, yes.
You mean laws that forbid pedestrians from crossing roads? It’s just a matter of where you put your priorities. Here we prioritize our bike based transportation. Drivers just have to be careful, also insurance is obligatory so drivers don’t really feel it financially. They just pay collectively for all the other traffic participants they hit.
We have a very different system, nobody goes bankrupt from causing an accident or from healthcare related costs.
I am a cyclist myself, and let me tell you... cyclists are the fucking worst. Many of them drive so recklessly, like going full-speed through an intersection while their traffic light is red. There is just no way in many cases for a car driver to avoid hitting such idiots, no matter how much attention they pay. Neither cars nor bicycles can just stop on a whim, they need a couple meters to do so.
That is a US perspective. We don't have "cyclists" everybody uses a bike from time to time, our infrastructure is build for it [0], and when you get your driver’s license your learn how to deal with it.
[0] https://www.youtube.com/watch?v=ynwMN3Z9Og8
I hate the thought of being restricted to that slow speed. But my look at the throughput!
A lot of pedestrians are kids, who by their nature are erratic. Saying that it's the kid's fault for getting hit because they were "erratic" is effectively banning children from walking places, which is exactly what the US has done ("WHy don't kids play outside anymore???")
The person operating the dangerous machinery where there could be people walking bears responsibility for not hitting people.
This is all true. As a driver, you are definitely expected to be aware at all times. Things like schoolzones enforce drivers being more aware and slowing even more. We have rules to not pass school buses when children are departing. We have speed limits that are lower in suburbs.
Even if you follow all of these rules, theres not too much you can do about someone suddenly staggering infront of your car. Obviously if you see them ahead of time, be even more cautious.
(also drunk people are in-part banned from roadways- public intoxication is a misdemeanor)
Sometimes it’s unavoidable, and then your insurance will take care of it as will the care system. You are responsible but you won’t pay, your obligatory insurance will.
>A large number of pedestrians struck by cars each year (at least in North America), are themselves intoxicated, and not fit to walk along roadways. There are many cases where the driver should not reasonably be at fault for a pedestrians erratic behavior.
Excuse me? How can someone be unfit to just walk somewhere just because they're drunk? You don't need a license to walk!
You don't need a license to go downhill skiing, but you still shouldn't do it while intoxicated.
But yes, if it is unsafe to walk home while drunk, that's an infrastructure and safety problem more than it is a failing of the drunk person.
If there are intoxicated people around, or children, it's necessary to reduce driving speed.
That can mean moving at walking pace, or remaining stopped entirely, if you happen to be driving past a concert hall as everyone is leaving, for example.
No, that is absolute bullshit. So so often, it is obviously the reckless cyclist's fault.
That's a US perspective you have a car-first culture. If you have a bike first infrastructure you wouldn't talk like that. Here Bikes and cars are often even on different roads, where they need to cross, it's made very clear how that will work (traffic lights, clear lanes).
I mostly go on foot and… I'd go for a bicycle is always at fault law to be honest. Meek with cars and assholes with pedestrians is how cyclists mostly are.
You obviously are not from a culture where everybody is a cyclist. We have more bikes than cars in our country because you can use them at all ages and get to more places using a bike. My kids learned to ride a bike at 2.
We have some research [0], on average anybody over 6 rode a bike 232 times and an average of about 1000 km in 2022.
[0] https://www.cbs.nl/nl-nl/visualisaties/verkeer-en-vervoer/pe...
I'm from a culture where mountains exist. Geography isn't a culture.
Having said that. In Sweden this routinely happens:
To clear the bike and car paths from snow, a mountain is of snow is made over the pedestrian path, then INEVITABLY bicyclists angry ring at pedestrians all the time… because pedestrians should walk in 1 meter high piled up snow of course?
The same also happens if there is a digging in progress and there is a 2 meter hole… cyclists still expect pedestrians to jump down in a hole and then climb up.
However where there is no bicycle path, they will go on the side walk (which is not allowed).
Of course a good % of them actually have an electric engine and zoom around very fast.
You are an angry person. Most people are kind, something is not adding up here.
I am not angry until some person on the bicycle tells me to go to hellvete (hell, but it's more insulting in swedish than english) because I dared to walk on the cleared up bicycle path when there was no alternative.
After, I do tend get angry, yes.
You are probably just set in your own ways and refuse to internalize that there's more to the experience of the human race than your little bubble.
He man we all know Klingons have anger management issues.
Victim blaming at its best.
Perhaps it's time to do some serious self evaluation.
No, that is the perspective of a sane person. God damn it. I am European, and I - without a driver's license, so just a cyclist and pedestrian btw - have to deal with the behaviour of the entitled cycling shits every day, especially since I moved to Berlin. Occasionally also with pedestrians that just suddenly step onto the street without even looking. Surprisingly, the car drivers - even though they are assholes in Berlin, too - have been by far the most sane traffic participants to me so far.
I have seen quite a few situations with cyclists behaving so ridiculously recklessly that the only reason I can see is that they must have a death wish. But yeah, sure, blame the car for running into a cyclist who runs a red light over an intersection at full speed, suddenly appearing between two lanes of standing cars. Or for running into a cyclist driving on the left side of the road into an intersection without looking. Or blame me for running into a pedestrian who suddenly steps in front of me. Ah no, wait - you're a hardcore cycling apologete, I am sure the pedestrian would be at fault in this particular case, right?
You have a perspective I don't recognize.
How often are you gonna copy-paste your arrogant nonsense?
It isn’t ALWAYS.
https://en.wikipedia.org/wiki/Strict_liability#Bicycle–motor...
“In a nutshell, this means that, in a collision between a car and a cyclist, the driver is deemed to be liable to pay damages and his insurer (n.b. motor vehicle insurance is mandatory in the Netherlands, while cyclist insurance is not) must pay the full damages, as long as 1) the collision was unintentional (i.e. neither party, motorist or cyclist, intentionally crashed into the other), and 2) the cyclist was not in error in some way. Even if a cyclist made an error, as long as the collision was still unintentional, the motorist's insurance must still pay half of the damages. This does not apply if the cyclist is under 14 years of age, in which case the motorist must pay full damages for unintentional collisions with minors. If it can be proved that a cyclist intended to collide with the car, then the cyclist must pay the damages (or their parents in the case of a minor.).”
For more detail, see https://bicycledutch.wordpress.com/2013/02/21/strict-liabili...
Nothing should surprise you about Shamann Walton. This is the man who refused to adhere to the City Hall's security procedures (on camera) and allegedly threatened the person who asked him to comply: https://sfstandard.com/2022/08/05/video-supervisor-shamann-w...
He also bought a home outside San Francisco, with a mortgage condition that says it must be his principal residence. But if doesn't live in SF, how can he represent the people of SF?
https://susanreynolds.substack.com/p/where-does-shamann-walt...
I'm not surprised by the content of your links, but I can say I'm disappointed. After all, surprise and disappointment are different things.
Hmmm... I think I gave it a honest try, but I'm still having trouble making that fit. I mean, both are when the unexpected occurs, one is just more-specific, where the unexpected leads to a negative emotional response.
Perhaps shocked versus disappointed?
In a similar comment I gave an example and maybe that'll help. I can leave my food in the oven too long and I will not be surprised to find that it is burnt, but I will definitely be disappointment that I ruined my meal. I think this should clarify and why I was a bit snarky lol. While they often correlate they are not the same.
Wading deep into the philosophical weeds here, my instinct is saying that's not an apples-to-apples scenario, because each term is being used in connection to different sets of events. For example, "when I realized my alarm hadn't gone off" versus "when I got home and opened the oven door."
Perhaps the easiest way to illustrate that is to imagine the opposite scenario, where all discoveries and all self-analysis occur at the same moment in time:
1. You ask someone else to bake a pie, let it cool, and deliver the result to you later in the day.
2. A few hours later, an opaque and airtight box arrives, on time. (No clues, no warnings.) You still anticipate it contains your favorite pie.
3. You open the box to discover a blackened stinky mess!
4. At this moment you are experience both surprise (in general) and also a specific sub-type of surprise which is disappointed surprise.
Based on waymos description, it seems pretty cut and dry that this was literally an “accident” where the biker maybe should have waited until the lane cleared and any car would have hit them in the same situation. If anything they can use this data to see how it maybe could be prevented in the future.
Maybe waymo was still in the wrong for some reason? Sadly the article that goes in depth after we have more details and can more clearly report if waymo is to blame will likely not get nearly as much traction as this headline.
I'd like to see a video. If a car is turning, it would presumably be travelling slowly, and wouldn't be trying to cut right behind a passing truck when there's no visibility.
I believe based on the description that no one was turning. The truck and the waymo vehicle were traveling parallel to one another, and the cyclist was at 90 degrees. If this is correct the “behind the truck” would mean occluded by the truck rather than following the rear of the truck. If that is true the cyclist and the waymo vehicle couldn’t see one another due to the truck, and both began entering the intersection. My guess is the cyclist was also unable to come to a stop when they saw the waymo vehicle. I think we would need to know a lot more to assign fault though.
Maybe the accident could have been avoided completely if the Waymo car drove more defensively? The article doesn't mention how fast it was travelling before it applied the brakes, but maybe it would be better to drive extra slowly while it can't "see" to the left because of a truck when driving through an intersection? Or not proceed into the intersection at all before it has a clear field of view?
Of course there is also a balance between safety and practicality here. Above a certain level of traffic congestion, I assume even Waymo cars have to be a bit "assertive", otherwise they would wait for hours at a stop sign...
Maybe "so much for safety" refers to the cyclist turning left without looking.
I appreciate your optimism.
The supervisor is up for election in SF so probably trying to sound important or useful.
No he's not. He's termed out.
I was struck by that supervisor comment too. I don’t live there anymore but when I did that was always the looming issue.
I'm disappointed with all the folks like you who blame no one but an SF employee
As somebody who uses a bike as primary mode of transport for myself and my entire family, it's pretty normal for American officials to immediately blame people on bikes for getting killed. I would be thrilled to see them be as concerned about humans killing people with cars as about computers doing it.
Honestly I'd feel much safer if all cars were not driven by humans.