> dropped at an abnormally high rate of more than 4,000 feet per minute ...
So at that rate of decent it was ~1/10t of a minute or 6 seconds before hitting the water. That's way too close.
332 karma · joined January 26, 2024
> dropped at an abnormally high rate of more than 4,000 feet per minute ...
So at that rate of decent it was ~1/10t of a minute or 6 seconds before hitting the water. That's way too close.
Also, the article headline is misleading since it only mentions Toyota.
This was a bit surprising that FBI confiscated employees personal devices. Do they have the authority to do that?
That's you opinion, not a cardinal rule. For example, Reddit comments and posts are deleted by users all the time.Same for Twitter, where users delete their posts and reacts all the time.
23.2 kWh achieving 140 miles range sounds unrealistic. For example the 57kWh model 3 has a range of ~260 miles.
You picked my curiosity here. What exactly is there to patent here? AI training is being done a computer and that computer happen to be physically located inside a car. How do you patent the location of a computer?
How many people take 200 mile + road trips and how often? If there are enough DC fast charging infrastructure, where you can fill up say 40% of that range within a 15 minute rest stop, then that range is still not a problem. The issue currently is there isn't enough of those fast charging infrastructure.
so how many unethical projects can you decline before they fire you? Also hypothetically, what would they do if every one refused (eg:projects like the opiod one)?
This is a wrong way to look at it. recently a Tesla just ran over a motorcyclist. These people would have been alive if it was a normal human driving. These are fault modes that did not exist before. Also, we have adapted to drive along with other human drivers. Bikers are taught to make sure they are seen on the road and make eye contact with drivers etc.. How do you make sure a Tesla's ML model recognized you? What does that recognition even mean?
You are correct on that charging at higher currents can reduce battery cycle life, but it's the device it self that decides how much current to pull based on the charging profile that you selected. In your example with an EV,you set the charging profile on your vehicle, not the outside charger. The charger's job is to provide as much current/voltage as requested by the device.
> Is there a way to accomplish both?
I think so, but this sounds like a different problem. The problem here is a app that is required to operate a device bought by a EU consumer. EU can have additional regulations on such apps that are required for using all the capabilities of a purchased device that focuses on security and data governance.
The whole point of that $1M is to send send the message "stay out". It's like a rattle snake shaking it's tail. Basically anyone doing this has to treat that money as throw away money since Apple may keep that money for whatever reason, including criticizing them on current/future TOS policy changes.
I wonder if you can run this in observe only mode to analyze/log that traffic.
I presume Accenture still has to invest the course content that is specific for them, and then use Udacity as the distribution platform. Why couldn't they do that before just like all the universities that uploaded their courses to Udacity?