I switched to a candy-bar style dumb phone for a month and did something similar. My list was pretty much the same as the one in the article with a few small changes.
The most jarring was probably maps - other things like email, messaging etc could be delayed until I could reach a computer but not knowing how to get somewhere right now was problematic and required planning in advance.
I usually kept my smart phone in my car and did a sim swap on the occasion that I really needed it.
same experience. switches to an old school dumb phone. my neighbor joked that I was a drug dealer, lol.
but man did I miss maps. need to go somewhere? get in the car, start the engine, look it up on some map app, and then I'm off.
text messaging and being able to send simple photos was also a loss. definitely missed being able to text the wife a photo of something on sale in the grocery store ("hey, 10% off X, wanna give that a try for dinner?"), and I missed how good some of the auto-fill was after a while.
to a much lesser degree, a phone was nice during some downtime. waiting in line for something, killing time in a doctor's office waiting room, etc. 20 years ago they had magazines, now they don't...
eventually after getting lost a couple of times I just tapped out and went back to the Pixel 4
LLMs struggle more with embedded software due to the relative lack of examples in the training data compared to javascript etc. They also struggle more with visual reasoning tasks like the character example you provided.
For your first task - give it smaller steps along the way that you can validate. Provide context where possible (like docs for st7789, examples of other zephyr projects). Use Opus instead of Sonnet for tasks that are on the edge of it's capabilities like this. It will still make mistakes, be prepared for iterating on the design and providing feedback.
For your font example, you always need to validate the output of the LLM, but did it still save you time? If so then I consider that a win. If not, give it the task that it's good at (ie generating the surrounding code and definitions) and then fill in the font data yourself.
Essentially, match the size of the resonance chamber in your mouth to the note you're trying to bend to. This is different for every note you bend. You can find the right size by making "hissing" noises while breathing in (without harmonica) and matching the pitch.
it definitely would be, that was my intention. By passing in a runtime you can either block or schedule. Giving you control on what you want to be concurrent and what you don’t.
Linus tech tips on YouTube did a video about a windows bug where sleeping while charging would allow the laptop to wake up to check for updates etc but often caused this issue of turning on in a bag
It wouldn't happen that this feature was released around early/mid 2020? Windows sleep used to be semi-reliable but one it's been shit for a couple of years.
Search "LTT Windows Modern Standby" on YouTube. Sadly all the workarounds to turn it off no longer work reliably. For reliable sleep, buy a Framework (only current Windows laptop that still supports S3 Sleep) or Macbook.
I've seen Gemini Flash 2 mention "in the OCR text" when responding to VQA tasks which makes me question of they have a traditional OCR process mixed in the pipeline.
I'm running NixOS on a raspberry pi and I deploy to it with deploy-rs¹. This works pretty well for me. My dev machine is an Apple Silicon laptop with nix-darwin installed and I use its nix.linux-builder module to run an aarch64-linux VM as a remote builder to build the rpi's system. All this means the rpi never has to do any building itself, and doesn't even need the nixpkgs source installed either.
If you want to do this yourself, I recommend using https://github.com/nix-community/raspberry-pi-nix so the system is configured much more closely to how the stock raspberry pi image works. The benefit of this is better reliability of stuff like bluetooth.
Cars radios are battery powered so will continue to work during power outages, and large enough that adding an AM radio + antenna is not really an issue - unlike a mobile phone. Seems like a good way to ensure most of the population has access to emergency broadcasts.
I'd bet good money that many phones have an FM radio tuner that isn't usable only because they follow one misguided company and won't make a headphone jack available.
Schrödinger’s Apple. They’re simultaneously behind Android manufacturers for not following their stead, and to blame for anything negative Android manufacturers do as well.
Why can’t the Android manufacturers just be accountable by themselves?
Android manufacturers weren't on stage touting their courage.
Otherwise if that's the drum you want to beat, android makers were the first to push bigger and bigger screens ("phablets") and opened the door for Apple to also inflate it's devices, to the point where 6" is considered "small" by today's standard.
Youve completely and unsurprisingly missed the point.
It’s irrelevant to Android phones whether Apple made the choice first or how they did it. Android manufacturers are able to be accountable for their own decisions.
it’s even more irrelevant that Android phones had larger screens first, unless people on the Apple side are blaming Android manufacturers for the push to larger screens.
We can keep each maker accountable for their own decisions, while blaming the company pushing the Overton window on what the customer will accept as regressions.
They’re not exclusive but that’s also not what you or the person I initially responded to were doing, now was it? If we’re actually looking at both of your responses and not a retroactive framing of them. Neither one of your comments did anything but levy shots at Apple, and neither even mentioned the Android manufacturers part in it.
In fact your own reply starts of with blaming solely Apple. Your only mention of Android is how they did bigger screens first.
> it’s even more irrelevant that Android phones had larger screens first, unless people on the Apple side are blaming Android manufacturers for the push to larger screens.
I would be that person, but the iPhone mini showed the market just isn't there for it :(
If we look at the Pixel 4a which was a 5"8 screen, straight in the middle of the mini (5"4) and the regular iPhone (6"1). It had extremly good sales, and of course the super low price is a major factor in it, but it also was very well reviewed and people flocked to it as one of the best smallish phone at the time.
Then of course Google just went bigger for their garbage 5G variant of it which just trashed battery life, and all subsequent phones doing ML with the Tensor processor also went bigger.
It makes me think it's not a matter of commercial success, or even if there's a market for it. The issue is probably the massive incentives on the maker side to push a bigger battery to deal with more computation and push the device price upper to get better margins.
Recently I was surprised by not-finding any phone-accessories that are basically a USB-C plug, a little blister of inline electronics, and then more wire for an AM/FM antenna. (And an app to control the tuning/presets, etc.)
It seems like something that ought to be technically doable, but perhaps the market isn't there compared to just selling standalone little radio-things?
USB-C permits analog audio passthrough so you could literally use a passive headphone adapter for the antenna but it's a feature rarely supported anywhere.
I'd expect so. It's basically like an analog TV capture card for your computer— but the use cases are even more limited as it's hard to imagine your phone being the platform on which you'd want to record stuff off the air.
I guess it could make sense if the phone is driving your wireless earbuds or you want to change stations using Siri, but yeah other than that, I dunno.
Seems like the market would be people without unlimited internet. Audio takes up a fair bit of bandwidth over time so being able to listen to your personal music or the radio in your earbuds might be considered useful.
According to a post below, you would lose the bet. Reddit also claims that several phones have supported FM antenna passthrough via USB-C.
I imagine adding analog FM radio isn't a major selling point on a phone where you can already stream the digital feeds from most FM stations – not to mention Spotify, Youtube, Apple Music, etc.
My understanding in America is that FM is full of pirate transmissions blocking real channels and thus reducing usefulness of FM for the majority.
American culture leans “against the feds”, it really is wackamole trying to shut them down, on the other hand it drives more subscriptions to satelite radio which is good for the gdp, so win win.
Hell I believe this is even the case in London, just not as extreme.
I live in the US and can't recall ever having come across a pirate station. Sometimes people have little FM transmitters in their cars to get audio to their car stereos, but those have a range of meters.
Not as many pirate radio stations as they’re used to be in the 80s and 90s. A few friends were running them from unsecured buildings back in the day. It’s where I first tuned into a younger DJ Khaled, LOL. The FCC started cracking down heavily by the 00s. And they were eventually replaced by community radio stations. Properly licensed, tend to have more religious, and marketed towards immigrant communities who don’t follow western, English speaking news.
Those pirate radio stations are still out there just with a low power license and a sheen of legitimacy now.
More like Clear Channel / iHeartMedia bought all of them and turned them into the “the greatest hits of the 80s, 90s, and today!” I listen to NPR sometimes, and KEXP plays good music, and I can also stream both of them. I haven’t listened to commercial FM radio in many years because it’s absolutely awful in the US.
I’m the one who said it’s weird we single out cars to have AM radios, but my wife actually listens to live sports on AM during her work commute. If I had to pick exactly one of FM or AM to have in our car, it’d be AM without a second thought.
Pirate radio stations are extremely rare in the US. They exist sure but, not so much that it's making the FM band not useful. The FCC really doesn't fuck around.
> By contrast FM radio is free, and we have some bloody good BBC radio stations in blighty
Unfortunately my antenna can't pick up the FM signal, and iPlayer is geo-blocked, but... I do seem to be able to stream some BBC radio stations and program[me]s via the magic of the internets.
One good reason to use FM instead of the internet is that it scales better - you can have practically infinte receivers, wheras most digital radio on the internet will deliver the same content for each listener individually, thus using more bandwidth per listener.
Apart from some old 3G tech demos with TV streaming, none of the user data multi/broad cast functionality from 3GPP cellphone standards reached a usable state in consumer hardware, with the single obvious exception being cell broadcast (basically broadcast SMS, by my understanding).
I’m also very doubtful, but at least in Austria it’s being touted as a potential DAB alternative.
(That might just be a strategic device by the incumbent public transmitter operator though – they have ubiquitous FM coverage, which helps avoid competing programs on DAB out by decreasing the utility of buying a DAB receiver.)
This exactly. With a little screwing around, you don’t even need a “crystal”, just a corroded piece of metal, lead corroded by sulphuric acid works well. Aside from that, you can make an earphone out of some fine wire and a small magnetic fragment, and a suitable capacitor using aluminium foil and paper or plastic film. That’s it. 3 components and some wire. Not even a battery is needed for relatively powerful AM broadcast signals. If you want to get fancy you can wrap some wire around a paper towel tube for a tuning resonator.
Or, you can just use the old wood stove in my childhood home. We had some wire racks for drying gloves and mittens supported above it, and the whole contraption played the 670khz radio station broadcasting about 15 miles away, sometimes at an annoying level of volume. You could quiet it down with some wet gloves, though.
It also would shock you when it was being loud. Somehow, the demodulated signal ended up at a pretty high voltage. I’ve often tried to imagine the circuit that was going on there between the stove, grounded at the bottom and with a 30 foot high metal chimney, the aluminium foil backed insulation in the house, the two metal pipe penetrations connected to the huge foil planes 9 feet apart on the first and second stories, the gasketed top of the stove that was somewhat insulated from the grounded base, and attached to the chimney at the top, and the corroded bolts that held the bottom to the top.
The most jarring was probably maps - other things like email, messaging etc could be delayed until I could reach a computer but not knowing how to get somewhere right now was problematic and required planning in advance.
I usually kept my smart phone in my car and did a sim swap on the occasion that I really needed it.