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Aggregating the interval-valued and single-valued neutrosophic numbers
If all three components T, I, F are independent two by two and the information is complete, then T + I + F = 3, however if all three components T, I, F are independent two by two but the information is incomplete (missing information), then T + I + F < 3. If all components T, I, F are dependent and information is complete, then T + I + F = 1, but if all components T, I, F are dependent and the information is incomplete (missing information), then
T + I + F < 1.
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Ridvan Șahin Is there any technique to aggregate interval neutrosophic number and single-valued neutrosophic number into interval number?
Florentin Smarandache You can aggregate the interval-valued and single-valued neutrosophic numbers by transforming the singlevalued neutrosophic numbers into interval-valued neutrosophic numbers, simply: for example (0.6, 0.1, 0.7) = ([0.6, 0.6], [0.1, 0.1], [0.7, 0.7]) and afterwards use the interval-valued aggregation operators.
