New paper on the Enactive Torch

Dr. Tom Froese

Here is a paper on the Enactive Torch that resulted from a nice student project:

Quantification of movement patterns during a maze navigation task

Ariel Sáenz, Leonardo Zapata-Fonseca, Tom Froese, and Ruben Fossion

Homeostatic systems tend to have a preferred state that it can be referred as a healthy state in traditionally-known systems such as the cardiovascular system. Any deviation from this state has been linked to disease. Different types of variables interact within homeostatic systems. Recently it has been described 2; “regulated” and “regulating” variables both of them with specific statistics that correlate to their function in maintaining homeostasis. We stated in this study that perception and mastery of a task with a sensory substitution system can be viewed and studied in a similar manner as traditionally-known homeostatic systems. We propose and exemplified with 2 cases of study that the state of mastery, from a time series perspective, share…

View original post 31 more words