> removing human cognitive friction is resulting in needless software complexity
This is kind of a hilarious statement just on the surface. Isn't removing burden from humans the whole purpose of software? How can you call the complexity "needless"?!
(the actual tweet seems to go into a bit more detail around being incentivized to find good abstractions)
This was the first thing I noticed. The first sentence is not a grammatical or sensical sentence as far as I can tell.
Also who are they expecting to get with a hiring window open for 4 days? People susceptible to manufactured urgency I guess... these are the tactics that phishing scams use.
client side of this kind of needs to be open source unless I'm running it on a dedicated machine and firewalling it from the rest of my network. Or the company needs to have a very strong reputation and certifications. curlbash and go is a pretty hard sell for me
oh yeah, that's actually how I read it though now I realize it's nonsensical... like when someone says "I could care less" when they actually mean "couldn't"
I was a big WFH proponent, but I found the thing that I hated the most was the commute. Actually being in the office is pretty nice (assuming you work w/ nice people, have good culture, good coffee, nice desk setups, etc).
I've made the switch to biking to work about half the time and it's freaking amazing. I turn 20-30 mins of absolute dead time where I'm spending money, polluting, and using up infrastructure into 50 minutes of getting healthier and having a blast. It's a great trade, especially if you were going to work out anyway... which you should, of course.
I'm effectively spending 25 extra minutes of my day to get a 50 minute workout and save some money, and not pollute, and not contribute to traffic problems, parking congestion, etc. etc.
It's not necessarily easy to make this happen, cycling safely is a whole other can of worms, you kind of need a shower at the office (or take it easier on an ebike), but the benefits are massive if you can do it.
Yegge was an early employee at Amazon and has been writing influential blog posts and developing massive software projects since before this guy was born. But sure, in his retirement he's pivoted to pump and dump schemes.
Internet -> Obvious value, more efficient communication, knowledge sharing, transactions etc.
AI -> Value is very obvious to me as a developer.
Blockchain -> ? What is the actual value? Something about decentralized finance and not having to trust anyone? And the tradeoff is every transaction costs $10 or more. It was always a dubious proposition with its "value" driven by speculative investment which fueled the hype machine.
Yeah there are parallels in that in all cases people got really excited about something tech and poured a bunch of money in, but the outcomes and actual amount of value derived can be wildly different.
What a joke this guy is. I can sit down and crank out a real, complex feature in a couple hours that would have previously taken days and ship it to the users of our AI platform who can then respond to RFQs in minutes where they would have previously spent hours matching descriptions to part numbers manually.
...and yet we still see these articles claiming LLMs are dying/overhyped/major issues/whatever.
Cool man, I'll just be over here building my AI based business with AI and solving real problems in the very real manufacturing sector.
1Password can be your 2fa and autofill those fields. It has a built in scanner which will look at your screen and read the QR code on the screen (no separate device needed).
yeah this was super impressive. If this is at the point where you can put an arbitrary object in front of it and ask it to move it somewhere, that's going to be huge for industrial automation type stuff I'd imagine.
I do wonder how much of that demo was pre-baked/trained though. Could they repeat the same thing with a banana? What if the table was more cluttered? What if there were two people in the frame?
Well... sure. But OpenAI and MSFT have gone to a lot of trouble to build up the mystique around GPT-4 by being secretive about its architecture and publishing papers with tantalizing phrases like "sparks of AGI" and so on. I think this type of thing provides a useful counterbalance.
This was my thought when we first wrote this back in... 2018 or whatever. The papers referenced sort of derive this technique in that way that feels rather roundabout. For the actual implementation we took the more direct approach... though I think we did switch from a twos complement to a sign/magnitude representation at one point which allows us to dynamically vary the bit depth used which can save some space and computation time.
As far as the performance goes, in this system, we represent almost everything with compressed bitmaps, so there's some advantage to using them for integers and range queries as well as the output of a range query is very naturally a bitmap which can easily be combined with more typical categorical bitmaps when evaluating more complex queries.
Depends what you want out of life and what career you're moving to... you can become pretty competent in a career in tech in just a few years and it will likely become lucrative pretty quickly. I feel that there will likely be increasing demand for programmers/engineers for decades to come. Check out Steve Yegge's youtube show for thoughts on this... https://www.youtube.com/watch?v=C8332hz8c2s&list=PLZfuUWMTtM...
Generally speaking, the nice thing about bitmap indexes is that you're able to access the data in a very granular way. If you have a WHERE clause that's calling out specific values, you only access the data which is pertinent to those values within a column, you don't have to scan the whole column. This is simply due to the structure of a bitmap index where you have a separate bitmap for each value in the domain of a column.
Furthermore, access patterns for bitmaps tend to be very linear and cache/prefetch friendly.
I think it's very feasible that adding SIMD could result in a real-world speedup in an otherwise well-optimized in-memory system. I agree if you need to go to disk, that will likely dominate the overall performance of a single query, but it may still be overall more efficient which can still help in a multi-user situation.
This is kind of a hilarious statement just on the surface. Isn't removing burden from humans the whole purpose of software? How can you call the complexity "needless"?!
(the actual tweet seems to go into a bit more detail around being incentivized to find good abstractions)