Going way off the simple route, but these several examples are true. Now that these simple machines are using state of the art technology, sensors that have output that is a varying frequency, not varying voltage or simply on or off, new problems arise.
RFI, radio frequency interference is real. Shielded cables must be used to protect these varying frequency signal from RFI emmited by other vehicles, microwave dishes used in communications, etc or strange actions will take place.
In the early ABS brake days, corvettes had an issue of brakes randomly being released because the early cables and modules were not shielded and RFI from communications dishes and other sources such as old cars with copper spark plug wires driving by would mess up the signal from the vette's wheel sensors providing the ABS controller with bad info.
I had a 1986 Impala that had the Check Engine light come on at the same exit on RT3 every single time I drove by, for years. There is a building right there with several microwave dishes pointing right up the highway. I spent a lot of effort trying to resolve it but finally realized the problem.
Getting back to the problem at hand, therer may be a sensor cable or harness sitting too close to another cable that moves in the wind just a slight bit to mess up the signal and it shuts down. It starts back up fine because the cable is back where it should be.
We used aluminun foil to wrap (acts as a shield) suspect cables to identify the culprit. No foil required on your hat though.

The automotive field took a while to learn what the computer people already knew. That's why you cannot just splice or repair many sensor cables, there is shielding there annd the average mechanic doesn't know what it is for.
I spent most of my career troubleshooting difficult problems in the computer field all over the world. I have witnessed very bizarre issues with stange causes. It's like being a detective.