Raw LLM Responses

Simple concept since I can tell you we are a little ways away from putting a system on a car that can determine head gear. My thought brings it back to a more simplistic approach based on instinctual nature, just now programmed. I'm going to give my thoughts in a stepped up version starting with basic and simple up to higher complexities. My view is that of someone going into electrical engineering, as well as a fireman on a department that services two of the most heavily used, midwest interstates. I have also added at the end of each order paragraph a summary of what devices and/or systems will be needed to include that order in a vehicle. First order: All else fails, vier right, slow down. In countries where you drive on the wrong side of the road, vier left. This is simple as it would cause you to push you or the others into the shoulder away from oncoming traffic. This minimizes the chances that someone will be pushed into an oncoming lane and, assuming everyone is paying attention, will allow the person on that side to divert to the shoulder. This requires no input device other than danger detection. Second order: Vier toward noted/mapped shoulder including grass areas w/o steep drop. No shoulder, Stop. This will be used in places where there may be a closer shoulder on the opposite side or in the case of construction where the shoulder was moved or on a bridge with no shoulder. This can be maintained by adding a single bit of information to all routed roads accessible to the car and updated based on reads by it or other cars. The basic system requires only a stored map of safe shoulders. Third order: If all local lanes are moving in the same direction, and there is a large gap, vier towards it, including the inside shoulder of a highway. This is the first step in complexities relying on simple wide angle cameras or any form of distance and object detection already used. In this case, the motorcyclist/scooterist could potentially take the penalty; however, they also have the smallest footprint in a lane and the highest capability of accelerating out of the way. This method will only be used if their presence is not detected, either based on them being a distance from the sensor or any other occurrences that throw off the detection. This requires only local awareness technology already in use. Fourth order: Large gaps detected nearby by others, vier in direction. This begins a much more complex area whereby the cars start communicating with each other. This networking is already being put in place by modern self driving cars or assisted driving cars. This order relies on the other vehicles informing your car of potential avoidances and where it can vier with the same idea as moving toward the right for the shoulder, only this time its a moving shoulder/gap. This requires sensor' information to be broadcastable locally, possibly over a decided wifi channel. Fifth order: Communicate to other smart cars to make a necessary gap to allow yours to divert. This is merely an increase from the previous order adding the complexity of all the local cars determining the optimal direction of movement. This requires the computers to link and process all information quickly and accurately, then send out instructions. Sixth order: No detectable oncoming traffic, move to oncoming lane, then back immediately. This is put farther down the complexity tree as it would require a good bit more in communicating systems before relying on a car to determine an oncoming lane to be the correct choice right away. Even if it is observably empty. This requires sensors either on the road or for every vehicle to be required to broadcast position reliably to a system immediately accessible to the vehicle. Through these six orders you might note that I haven't actually addressed the given matter directly. This is because that would rely on deliberately deciding to hurt someone. I indirectly stated my decision in the second order though by saying that if the car can determine no shoulder, it is to simply stop. This decision is due to my experience from recorded crashes and participating at accident scenes as a fireman. If there is a shoulder and people can move to it, damage and harm will be minimized by diverting in that direction. However, if there is a barricade on both sides, such as is often the case with a bridge, then diverting will cause more damage and all involved passengers will end up hurt. If there is a guarantee that everyone will be hurt extensively, then minimizing the number hurt becomes priority to improve the ability to save those hurt.