In an object-oriented language, specify the functions which an object may call, and how that object calling those functions (move("run","100%-speed","straight-f

In an object-oriented language, specify the functions which an object may call, and how that object calling those functions (move("run","100%-speed","straight-forward","low-alertness")) might interfere with functions you may call (move("drive-car","2%-speed","straight-forward","full-alertness"). Pre-process a few of the child's available functions, and some of yours, to find any collisions in the data. Decrease speed on a gradient equivalent to the probability of collision. (Step 1 - access child's datastore, or be a similar-enough neuroprocessor that the same data is replicated to you locally.) The number of objects in motion in a roadway space can make this processing prohibitive, which is why we failover to humans. Also, adult humans have more experience (data) at being a child, and so are much more capable of analyzing and predicting with this data, than a self-driving car - at least today.