Yeah. It's just not quite clear what the minimal example for such a network would be. I assume you have N inputs and one output. The output always active when i

Yeah. It's just not quite clear what the minimal example for such a network would be. I assume you have N inputs and one output. The output always active when input 1 is active, otherwise the output is inactive. So the other inputs are ignored. However, when one of those other inputs, x, tends to be temporally correlated with input 1, after a while x will generate an output upon activation even if input 1 isn't active. If x becomes decorrelated with input 1, x will again get ignored. Not sure what the simplest network architecture looks like that implements this behavior.