This passion project of mine aims to decrease the feeling of loneliness within the FIRE community. The site is 100% free and doesn't even have ads.
The site will soon be 4 years old.
The stats are public - https://firedating.me/open/
My current goal is to reduce friction & to reactivate people who signed up, but stopped using the site.
I really dislike doing leetcode prep, and I can't intuitively understand the solutions by just reading them. I've found the best way for me to learn is to seriously try the problem (timed, interview like conditions), and be able to 'discuss' with the interviewer without just jumping to reading the solution. Been using and building this as an experiment to try prepping in a manner I like.
It's not a replacement for real mock interviews - I think those are still the best, but they're expensive and time consuming. I'm hoping to get 80% of the benefit in an easier package.
I just put a waitlist in case anyone wants to try it out and give me feedback when I get it out
Gonna apologize in advance about the copywriting. Was more messing around for my own amusement, will probably change later
I'm interested in using this board as the core of a SDR transceiver for the HF Amateur radio bands. Driving all the phases for a Tayloe polyphase mixer[4] should be trivial. The real question is, how high of a frequency can I get? ;-) Can I do 2 Meter SSB with it? I think I'll be able to do an NCO up to about 400 Mhz.
The reason I bought it in the first place is that I intend to design a BitGrid[2,3] chip, should there ever be another Google Shuttle, and this is my get to know Verilog project. I may break down and spend actual money on TinyTapeout[5] at some point in the future if Google gives up on the shuttles.
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I help an older friend continue to repair electronics. He's been fixing things since the 1950s, we've tackled everything from a jammed Scotch Thermal Laminator[6] machine through to Cesium Beam Atomic Clocks[7] with "dead" tubes. (Fun fact, usually you can use a high voltage power supply and time to power the ion pump and recover the tubes)
[1] https://www.amazon.com/dp/B0BCXYWV3T
[2] https://esolangs.org/wiki/Bitgrid
[3] https://bitgrid.blogspot.com/
[4] https://www.norcalqrp.org/files/Tayloe_mixer_x3a.pdf
[5] https://efabless.com/tinytapeout
[6] https://www.scotchbrand.com/3M/en_US/p/pc/laminating/thermal...
At work? I'm trying to untangle the web of confusion I have around our build process.
We build the systems that show you what your next stop is on an LED or LCD display on busses, trains, trams, you name it - a custom hardware/software beast of an operation. Somehow, however, nobody ever got around to coding up a tool to give us a fully in silico testing environment. Needing physical hardware for everything is expensive!
I am experiment with the funnel - how aggressive the preview quality needs to be.