What if we designed a robot that could act scared when it saw a snake? Purely mechanical of course. Part of the fear response would be the hydraulic pump responsible for oiling the joints speeds up, and that higher conduction velocity wires are brought into play to facilitate faster reaction times. This control system is regulated through feedback loops wired into the head of the robot. When the snake is spotted the control paths in the head of the robot suddenly reroute power away from non-essential compartments such as recharging the batteries and into the peripheral sense receptors. Artificial pupils dilate to increase information through sight, and so on. — MikeL
What if we designed a robot that could act scared when it saw a snake? Purely mechanical of course. Part of the fear response would be the hydraulic pump responsible for oiling the joints speeds up, and that higher conduction velocity wires are brought into play to facilitate faster reaction times. This control system is regulated through feedback loops wired into the head of the robot. When the snake is spotted the control paths in the head of the robot suddenly reroute power away from non-essential compartments such as recharging the batteries and into the peripheral sense receptors. Artificial pupils dilate to increase information through sight, and so on.
This robot has been programmed with a few phrases that let the programmer know what is happening in the circuits, "batteries low" that sought of thing. In the case of the snake it reads all these reactions and gives the feedback "I'm scared."
Is is really scared? — MikeL
Get involved in philosophical discussions about knowledge, truth, language, consciousness, science, politics, religion, logic and mathematics, art, history, and lots more. No ads, no clutter, and very little agreement — just fascinating conversations.