This question is for my thesis which exploring the internet infrastructure, internet of things and aspects of object-oriented ontology in building device-device relationships.
Hi.,
The Virtual reality combines computer hardware and software to simulate real life experiences ... Two reports of using virtual reality to treat acrophobia have recently been ... When putting spatial information derived from paths walked before and visual ... navigation-based information in order to point from within an environment.
For more info:
https://mobidev.biz/blog/augmented-reality-future-trends-2018-2020
You can look at Information Theory. There is a Shannon channel between to IoT devices (say machines, communicating with an M2M protocol). Then the information exchange can be monitored and measured using entropy, mutual information (Kullback-Leibler). So the symbol probability at device 1, say P1 is monitored, and the same goes for device 2, with P2, then look at the D(P1||P2) (see wikipedia "Kullback Leibler information").
This is a very fundamental way.
You can have a more pedestrian approach, and say that device 1 produces x1(t), and device 2 produces X2(t), look at the correlation matrix m(i,j)= E(x1(i).x2(j)), and diagonalise it (it is a Gram matrix, see wikipedia for definition and property).
Then you identify commmonality and difference between 1 and 2...
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