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Point with coordinates [0; 0] represents the situation where the input variable NSR is very high and the input variable TVSR is very high, then the output variable TVPR is evaluated as very high.
Point with coordinates [100; 100] represents the situation where the input variable NSR is very low and the input variable TVSR is very low, then the output variable TVPR is evaluated as very low.
It leads to the result (output) TVPR = 7.29 which means that the total risk of the project is very high.
Using the first rule is expressed by the output variable TVPR coloration (Fig.
This file is used to enter the input values (NSR, TVSR) and automatically evaluate the total value of project risk (TVPR).
If the M-file called TVPR.m is used to simulate (in MATLAB software) a request to enter inputs [The Number of Sub-Risk and The Total Value of Sub-Risks] is displayed.
After enter inputs e.g.: The Number of Sub-Risk = 0 and The Total Value of Sub-Risks = 0 in forme [0;0], is receive the result TVPR = Very high value of the total project risk (Fig.
After enter inputs e.g.: The Number of Sub-Risk = 100 and The Total ValueofSub-Risks = 100 in forme [100;100], is receive the result TVPR = Very low value of the total project risk (see Fig.
The advantage of this fuzzy model is the ability to transform the input variables The Number of SUb-Risks (NSR) and The Total Value of Sub-Risk (TVSR) to linguistic variables, as well linguistic evaluated The Total Value Project Risk (TVPR)--output variable.
The attributes and membership functions of output variable TVPR
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