262 karma · joined March 21, 2018
- The first three fights of act 1 come from an "easier" fight pool. There's a similar mechanic for acts 2 and 3.
- The odds of finding a potion in a hallway fight start at 40%. If you get a potion, the odds go down -10%. Otherwise they go up 10%. After each boss fight, the odds reset to 40%.
- The odds of getting a rare card from a combat card reward start at -2% (per card) and increase 1% every time a common card is offered.
- You are not offered upgraded cards in act 1. At high ascension, this increases to 12.5% in act 2 and 25% in act 3.
There's a huge variety in DS responsibility and background between companies.
I was looking forward to the branded swag too...
The important issue in the paper seems to be that the paper villainized large language models, which Google has a vested interest in.
The paper was likely publishable with a bit more context in the introduction.
I've been in similar situations and they were handled offline.
The explosiveness of this situation seems to have been prepared the history of Timnit's relationship with Google.
This incident was just the spark.
There certainly are significant differences between individuals, but nearly everyone is smart and scientifically motivated.
Students are expected to follow the exam instructions on the honor system.
It's a refreshing change of pace to take exams when and where it's convenient.
How should a crowd of people be annotated? A line of parked cars? A photograph of a car?
Examine the training set!
Go for industry!
Working on data science/ML now.
Started undergrad in 2008 and had to decide between CS and engineering physics. Went with the latter because the school had a particularly strong program.
Applied for PhD programs and national lab positions in 2012. The PhD route seemed more interesting, so I went with that. Ended up spending 6 years on materials simulation.
My peer group ended up going to academia, software engineering, and data science. Technology companies seemed exciting so I interviewed for software engineering and data science roles. Ended up with a company that predicts accident risk from driving data.
I think that physicists are particularly well suited to the machine learning space. I was trained to work systematically work through problems with no analytic solution through clever approximations. This tenacity can help with tackling problems in the machine learning space.