The present invention is an artificial vision method and a system that has a rich structure and allows continuous transitions between different models. The artificial vision system includes means (12, 14) for generating an image percept vector, means (16) for transforming this image percept vector into a feature vector, and means (16) for generating a response vector by multiplying the feature vector by a corresponding trained linkage matrix modeling a percept-response system. The invention overcomes the drawbacks of discrete systems, having a large number of logical states, and of continuous systems, having only a limited complexity.
ARTIFICIAL VISION METHOD AND SYSTEM