New paper on the Enactive Torch

Well done to Ariel and Leonardo for showing new lines of research that can be done with 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…

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