Difference between revisions of "Store:FLen05"

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We will remarkably notice the following deductions:
We will remarkably notice the following deductions:


*'''Classical Logic''' in the Dental Context <math>{A}</math> <!--155-->in which only a logical process that gives as results <math>\mu_{\displaystyle {{A}}}(x)= 1 </math> <!--156-->will be possible, or <math>\mu_{\displaystyle {{A}}}(x)= 0 </math> <!--157-->being the range of data <math>D=\{\delta_1,\dots,\delta_4\}</math> <!--158-->reduced to basic knowledge <math>KB</math> <!--159-->in the set <math>{A}</math>. <!--160-->This means that outside the dental world there is a void and that term of set theory is written precisely <math>\mu_{\displaystyle {{A}}}(x)= 0 </math> <!--161-->and which is synonymous with a high range of:
*'''Classical Logic''' in the Dental Context <math>{A}</math> in which only a logical process that gives as results <math>\mu_{\displaystyle {{A}}}(x)= 1 </math> will be possible, or <math>\mu_{\displaystyle {{A}}}(x)= 0 </math> being the range of data <math>D=\{\delta_1,\dots,\delta_4\}</math> reduced to basic knowledge <math>KB</math> in the set <math>{A}</math>. This means that outside the dental world there is a void and that term of set theory is written precisely <math>\mu_{\displaystyle {{A}}}(x)= 0 </math> and which is synonymous with a high range of:


<br />{{q2|<!--162-->Differential diagnostic error|}}
<br />{{q2|Differential diagnostic error|}}


*'''Fuzzy logic''' <!--164-->in a dental context <math>\tilde{A}</math> <!--165-->in which they are represented beyond the basic knowledge <math>KB</math> <!--166-->of the dental context also those partially acquired from the neurophysiological world <math>0<\mu_ {\tilde {A}}(x) < 1</math> <!--167-->will have the prerogative to return a result <math>\mu_\tilde{A}(x)= 1
*'''Fuzzy logic''' in a dental context <math>\tilde{A}</math> in which they are represented beyond the basic knowledge <math>KB</math> of the dental context also those partially acquired from the neurophysiological world <math>0<\mu_ {\tilde {A}}(x) < 1</math> will have the prerogative to return a result <math>\mu_\tilde{A}(x)= 1
  </math> <!--168-->and a result <math>0<\mu_ {\tilde {A}}(x) < 1</math> <!--169-->because of basic knowledge <math>KB</math> <!--170-->which at this point is represented by the union of <math>KB_c</math>  <!--171-->dental and neurological contexts. <!--172-->The result of this scientific-clinical implementation of dentistry would allow a {{q2|<!--173-->Reduction of differential diagnostic error|}}
  </math> and a result <math>0<\mu_ {\tilde {A}}(x) < 1</math> because of basic knowledge <math>KB</math> which at this point is represented by the union of <math>KB_c</math> dental and neurological contexts. The result of this scientific-clinical implementation of dentistry would allow a {{q2|Reduction of differential diagnostic error|}}
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