What you're describing is 2 or 3 sensors - effectively 2 or 3 pixels. Enough to discriminate when an aircraft launches a flare, but not really "imaging" in the modern sense.
Early heat seeking missiles would use a single IR sensor with mechanical scanning.
Thermal imaging and machine vision, of the kind you can now do cheaply, isn't 80s tech. It's probably late-90s tech for advanced western states. And now it's starting to be ubiquitous cheap tech too. You can buy a thermal imaging camera with 20k pixels for a few hundred dollars now. Combine that with some image processing and you've got a very robust target detection pipeline.
Reading between the AI induced hype of the article, I think the crucial development is that the missile is effectively using an infrared camera and image recognition rather than just "point at hot stuff" which is how earlier heat seeking missiles worked.
I'm pretty sure I could buy everything I'd need to build a thermal imaging tracker for a few hundred dollars. So perhaps not surprising that Iran did the same.
I realised after a few near misses that my voice is by far the lowest latency signal method I have. If a situation suddenly seems dangerous I'll yell. Perhaps not very polite, but far more polite than hitting someone who stepped out in front of me. A bike bell probably adds a second of latency to find the bell. I'd rather use that time to brake.
The bell can be useful as a more general "I'm here" warning. But if there's any actual risk of a collision, yelling and braking are far more effective.
There’s far more tourists in Nepal who are trekking than mountaineering. And those tourists are going to be much more price sensitive. It’s not just wealthy Americans, but people from all over the world - India, China, middle income countries etc. All those people are spending money in tea houses and hiring local guides.
If the author didn't abuse the fax, why would anyone notice the process was broken. It's only by abusing the existing process that change will be triggered.
You see this all the time in cybersecurity. Nobody cares until there's a breach. Nobody would care if he faxed 25 pages and mildly inconvenienced Karen, but by faxing 500 pages and inconveniencing the whole office, it's going to start something. Even if it takes them another 5 years to fix the process, it's a start.
Realistically, the change will probably be "no more than 25 pages of evidence required". But that's also a win for the person being asked for it.
> But it's not what you want if you want to get the most GW connected as fast as possible.
I agree with rooftop residential solar. The cost per kW is high, each site is fiddly and requires far more labour and paperwork than the extra cost of adding 4kW of solar panels to a large grid scale one.
But plug-in solar bypasses most of that. The cost to the government to allow someone to buy and install a panel on their balcony is effectively nothing. A single 800W panel is not interesting, but the aggregate effect of 10% of households buying an 800W panel at the local shop is an extra 12% of installed solar capacity.
Admittedly that's less than the annual growth rate right now. But it's also almost free.
I've had far more success following along video tutorials than written ones. Most written tutorials (as you've pointed out) miss far too much detail. Watching someone do it and copying along teaches all the menu navigation stuff implicitly.
I've successfully learned quite a few EDA and 3D CAD tools that way. It's also effectively the way it's taught in a classroom - the teacher shows you and you copy.
I've been trying that, but I've been having a hard time catching the nuances of terminology and minor differences in UI --- hopefully articles such as this will help to make Dune 3D more popular and more videos will show up.
You see this in city-focused subreddits. But the reality is the name is power. New users type in their city and join the original one. The hostile mods suppress mention of the new one. It never manages to get critical mass.
This matches my experience too. The models write code that would never pass a review normally. Mega functions, "copy and pasted" code with small changes, deep nested conditionals and loops. All the stuff we've spent a lot of time trying to minimise!
You could argue it's OK because a model can always fix it later. But the problem comes when there's subtle logic bugs and its basically impossible to understand. Or fixing the bug in one place doesn't fix it in the 10 other places almost the same code exists.
I strongly suspect that LLMs, like all technologies, are going to follow an S curve of capability. The question is where in that S curve we are right now.
Early heat seeking missiles would use a single IR sensor with mechanical scanning.
Thermal imaging and machine vision, of the kind you can now do cheaply, isn't 80s tech. It's probably late-90s tech for advanced western states. And now it's starting to be ubiquitous cheap tech too. You can buy a thermal imaging camera with 20k pixels for a few hundred dollars now. Combine that with some image processing and you've got a very robust target detection pipeline.
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