Modeling Perception and Action in Parity Logic
Michael Zaus · Studies in fuzziness and soft computing · 1999
The central theme of this chapter are foundational aspects of intrinsic measurement bases for perception and action. It includes a concise exploration into the nature of efficient action, the conjugacy of perception and action, ecological physics and pyschology, and measurement bases provided by Cantor’s discontinuum, fractal rescalability and recursive computation in parity logic. The basic thesis is that perception and action can be merged into an ecological action potential at whose level perceptual target parameters specify effectual control- viz. manner parameters, and vice versa. The intricate relationship between perception and action resembles that of learning and memory. One requires the other in a genuine reciprocal manner, whereby they constitute a unity for each living system. The reciprocal relationship between perception and action endorses their conjugacy and thus the interchangeability of characteristic perception and action variables, the dual parallelism between perception and action. These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.