aerioux

For folks looking - The pdf you can find/buy has the math correctly rendered

https://www.amazon.com/Practical-Foundations-Mathematics-Cam...

nit: this code snippet has a typo (dbWrite wasn't defined)

``` dbRead, _ := connectSqliteDb("dbname.db") defer dbRead.Close() dbRead.SetMaxOpenConns(runtime.NumCPU())

dbRead, _ := connectSqliteDb("dbname.db") defer dbWrite.Close() dbWrite.SetMaxOpenConns(1)

```

Ah 2015 .... I was wondering where on earth he was finding chicken thighs for $0.88/lb

mirror as it looks like the blog is getting overloaded: https://archive.ph/NXWOm

If this technology is generalizable to more LLM architectures, y'all can start messaging venture capitalists with a demo and they can help on the rest (pricing models, customers, etc).

different teams are very different but I also can say McK Analytics was +10 -- lots of invested and interesting people.

Though I do see that only 1/6 of my interview panel is still there 4 years later?

TJ Grad from '14. The school when i entered was mostly white kids + indians/east asians who spend a lot of time studying.

Integration with medical systems would be amazing; my friends at top tier universities (e.g. Berkeley) want mental care but aren't sure if it's covered

from my experience there has been a constant refrain about CAPS (Counseling and Psych - usually called CAPS in school systems) departments everywhere being

1) hard to access 2) underfunded 3) unresponsive

super excited for this product :)

I don't understand how we can continually leak PII in the era of GDPR

Which college if I may ask :) - I'm sure we have alumni here

1/2 of the triplebyte recruiters that reach out to me don't even reply

oo if i may ask -- where?

Stupid q: how is this different than all of the other neural network adversarial attack papers that have come out recently?

Why would 3d not be a subcase of that work?

there's still quite a bit of different on the interconnect side + replaceability side

not a typo; when you design for the typical x86 cluster it's a cluster - you expect components to die and you can throw away whole machines (i.e. expect failure). mainframes on the other hand keep chugging along no matter what.

the usual comparison is a cluster of cheap nodes vs a mainframe

While that may be the case, this is not how Kafka is used within LI.

+1 ^ or if you (as you have here) have identified this as a important point, find a manager who agrees and work with them.

I have had the good luck to work for managers who handle the bureaucracy and I talk to other devs as needed and submit code

perhaps occluded since this is focused on introductory computer science students?

no background needed

So in CMU it's quite easy to get into grad classes and you can start doing it as a freshman - there are generally a number of juniors+ in masters/phd classes

RIP one of the greatest physicists in human history

+1 Pavlo is wonderful (in person as well)

2/10 would not recommend for technical merit.

8/10 is nice if you want a handwavy human explanation of some rudimentary expectations in crypto

- author spends a few pages thinking about randomness - we have formal definitions of a RNG/PRNG.

- author does basic statistical tests, these seem very unconcerned with actual randomness - i'm not sure what the point is

- author really shouldn't be writing about crypto randomness if they don't do crypto

+1 to higher comment saying reading TAOCP instead.

I think he means people-who-work-with-routers basics :)

hehe hi :^) isn't this the slide show kayvon showed us at the research symposium?

Is there more comprehensive docs anywhere? I want to know what options to pass, and more detailed descriptions of what things do. The initial docs page looks like but after clicking through it seems like they all link to each other... so in summary I cant find anything I want :/

That currently would be the primary barrier to usage -- the docs arent very helpful.

thank you for one of the most positive and helpful posts I've read on HN