I really wish more artists would put their music on band camp. I have even noticed that some artists who used to put their albums up there no longer are. It's a real shame
People think that shorting is an easy way of getting rich when you think a stock will go down, but even if you know it will, getting the timing wrong on it is catastrophic as you'll get unbounded loses while the market fails to correct the issues you are betting against
In my mind it has to be done this way because there's absolutely no way you'll recall everything that needs migrating in a short time. Even if you have a password manager as your email is likely older than it, but it's probably a great start if you have that.
FWIW when I first studied automatic theorem proving as a (high school) student in 2013, this was already widely discussed. They were trying to add neural networks inside the solvers, rather than current paradigm of a neural networks using theorem provers as tools. Presumably the history of logic + natural language computers would go back a lot further.
Exactly my concern, and worse overhead that what I recalled.
Cost-wise the only viable private compute is local compute. It's more expensive than cloud, but true private compute in the cloud is definitely pricier.
A better phone sent by horse would get to my hands sooner than a phone I don't give a shit about that can be shipped by airpost.
I moved from high end to a "mid-range" Samsung phone that's way better than it needs to be given how boring phones have become. The only upgrade I wish on it was more open source software.
I'd be interesting to dive into bounds and good properties for sets of landmarks.
I imagine that if,
- Every node is at least X cost/distance away from a landmark
- Landmarks are no closer than Y cost/distance from each other
You can start promising a lot about the size of your open set on any execution.
A* on h* (perfect heuristic) takes O(l) where l is the length of the solution (could expand exactly l nodes, but solving/guessing ties incorrectly might bump this to a multiple around the avg edges per vertex).
I imagine that having good bounds mean you'll take no longer than a certain amount of expansions/depth before you lock-into the railway that h* provides (and you need some extra work to get off it too).
I'm using syncthing to avoid the chore of having to copy them into my SD card
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