> Let your would-be-rescuers know your position and status
Stupid question, do search and rescue services even have equipment that can tune into HAM frequencies, are they even listening on those frequencies, and do they regularly train on communicating with the HAM community?
I'm sure there are more established ways of radioing for help in the maritime world(Aviation has the guard frequency)
Instead, can we implement autonomous formation flying? Each aircraft can still have its own engines and control, but can make a V shape allowing the following planes to run more efficiently.
I find this kind of thing a good case for LLMs as they can dumb down the technical jargon:
From Gemini:
```
Imagine you're trying to record someone talking in a noisy room using your MacBook's built-in microphones. This software acts like a super-smart filter:
* It knows where the microphones are: Apple laptops have multiple tiny microphones.
* It listens to all of them at once: It takes the input from all the microphones.
* It figures out where the person talking is: It analyzes the sound to find the direction of the voice.
* It focuses on that voice: It boosts the sound coming from that direction.
* It quiets down the other noises: It reduces the sound from other directions, like background chatter.
So, instead of getting a muddy recording with lots of noise, you get a clearer recording of the person you want to hear.
Basically, it makes your MacBook's microphones sound much better in noisy environments. And it's designed to work within audio programs that use a specific plugin format called LV2.
I don't think vanilla KSP aerodynamics simulate airflow at all. You could have wings clipping and they would still pretend to be generating lift. The F.A.R. mods adds much more realistic aerodynamics.
For a mass produced product, why waste die space on RISC-V cores that can only be used instead of the Cortex cores? Why not just use that die space for more ram or another ARM core? Doesn't it make sense to sell a variant that is entirely RISC-V?