Refined Indeterminacy in retina Image Analysis

The neutrosophic operators using T(t), I(t), F(t) as functions of time (t) are the same as in the case when

T, I, F are constant crisp numbers and we did before. Myself, I straightforwardly extended from crisp numbers to continuous functions for the neutrosophic operators. But there might be a different possibility to design (new) 'continuous neutrosophic operators', instead of 'discrete neutrosophic operators' as used previously. The fact, that the degree of membership of the same element x with respect to the same set S varies, is real. For example, a worker can be hired to work 50% (parttime), then later he can be changed to work 75%, and so on. We need some good practical possible example, where the neutrosophic degree of the membership of an element x with respect to a set S changes continuously upon time. For example the degree of quality of a piece: very high at the beginning, but little by little it degrades over the time.

Refined Indeterminacy in retina Image Analysis

To Abdolreza Rashno Mouchkeram!