https://colab.research.google.com/drive/1Y65qXXogoDgOnXFBDyF...
601 karma · joined March 6, 2018
veeralpatel4@gmail.com
http://veeral-patel.com/
https://colab.research.google.com/drive/1Y65qXXogoDgOnXFBDyF...
NYT just released a new interview with Sam Altman:
https://news.ycombinator.com/item?id=38359070
(I have not watched it yet, but will soon.)
NYT just released a new interview with Sam Altman:
how you came up with the idea, how you iterated on it, and how you decided what features to include and not include in the initial release
This repo is for people who also fall into the second camp and are curious about how prisons are secured, how museums are secured, etc. And the techniques used to do this systematically -- kill chains, failure analysis, and so on.
Happy to hear your feedback, and sorry if it's a bit disorganized!
This effectively grants the Senate majority leader and House speaker veto power over any legislation. Even if the rest of the body supports the bill, the leader of the house can just kill it by refusing to bring it up for a vote.
I'm not sure whether this practice happens because the leader of the bodies don't want it to pass, or there's not enough floor time to bring it up, or if these bills are ultimately tucked into an omnibus package and passed into law that way.
The good news is that if people and their legislators truly care about this issue, they can demand that leaders allow votes as a condition for their support. The system is bad right now, but it can be changed.
This repo is a work in progress. I think it has enough content to be useful to others, so I thought I'd share it. But I hope to continue to study security engineering throughout my lifetime, so it hopefully be a work in progress forever :)
Anyways, this means I would very much appreciate any pull requests or issues with links to new books and papers to check out on this topic!
I'm very interested in learning how to secure anything. What we're securing may be computer-related, but it might be a painting in an art museum or a medieval castle or a ATM machine...is there a set of steps I can follow to secure it?
That's why I created this repo. I've included links to many different books and papers in this repo, as well as notes on any books and papers I've read.
This will hopefully be a lifelong curiosity for me, so if you have any other resources I should look at, please submit a pull request and I'll merge it in. The repo is very much a work in progress; I by no means have read everything that I've linked to. Let's make this a collaborative effort!
I don't see any problems with this myself, as long as the algorithms are fair -- what are some downsides of this, though?
But who should determine who draws electoral lines? Right now, it's in the hands of elected officials, so you can at least vote them out if they gerrymander.
If electoral lines are drawn by a nonpartisan commission, who appoints the commission? How do you ensure the members of the commission stay nonpartisan? Can the public hold members of this commission accountable?
Definitely our current system is broken; what are some alternatives to elected officials drawing electoral lines that are promising?
Now, if I wanted to, I could build my own application without Django or Rails, as long as I had something to accept incoming HTTP requests, make responses, and a library to make DB calls.
But I wouldn't have gotten to this point had I not learned Django and Rails first.
I think using a framework turns many "unknown unknowns" into "known unknowns".
I can read my framework's documentation and learn it has built in logging, so logging is something I need to think about when building a web app. It lets you filter sensitive data from logs, so that's something I need to think about.
This is why I was building a type of application I didn't build before, I would look for a framework I could use, or something like it.
I'd use go kit for building a microservice for example. I don't get many of the concepts involved with building a microservice (circuit breakers, service discovery, etc) and hopefully the framework would help me learn them.
I think it would be incredibly cool if this tweet especially was turned into reality:
Once you do that, you don't have to take GE classes at most UCs and CSUs.
Transfer students typically take IGETC classes at community college, which is what allows them to graduate in 2 years once they transfer.
I realized I could take these classes while in high school and so I finished all my IGETC classes while in high school. It did a middle college program my senior year, but even if I didn't I probably could still finished IGETC, by taking community college classes online and using AP scores.
This allowed me to graduate in 2.5 years from UC Berkeley with a CS degree. I didn't have to take any GE classes at all in college (though of course I could've if I wanted to). I then paid off my student debt after a couple months of starting my first job.
This is the best of both worlds: don't spend two years at a CC (which was never too fun for me) and also graduate early from whatever college you go to.
This trick worked for me because I knew from the start I wanted to go to Cal or another UC. If my goal was to go to a private or Ivy League school, this wouldn't have worked.
I do kind of regret not applying to Stanford or any Ivy League schools, but I think going hundreds of thousands of dollars in debt to go to a more prestigious school, and having to stay there longer, just isn't worth it. I would've gone to Cal even if I got into these schools for this reason.
Especially as someone who wants to start a startup, this much debt will make you a lot less willing and able to take risks.
https://en.wikipedia.org/wiki/Words_of_estimative_probabilit...