Design a fuzzy logic control that will control the liquid level to the 20 height. Submit the softcopy (*.fis and *.mdl) and 1 A4 screenshot of the results and your analysis

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Set point r Error M Fuzzy Logic Controller Measured variable у 9in LI e<0 negative zero qout e> 0 positive -10 -2 0 2 10 Error of liquid level [cm] close fast close slow é <0 negative zero no change -0.5 0 0.5 Rate of error [cm/s] open slow 0 10 -3 -20 -10 Valve control signal [%/s] 20 30 é >0 positive open fast 4 Design a fuzzy logic control that will control the liquid level to the 20 height. Submit the softcopy (*.fis and *.mdl) and 1 A4 screenshot of the results and your analysis Set point r Error M Fuzzy Logic Controller Measured variable у 9in LI e<0 negative zero qout e> 0 positive -10 -2 0 2 10 Error of liquid level [cm] close fast close slow é <0 negative zero no change -0.5 0 0.5 Rate of error [cm/s] open slow 0 10 -3 -20 -10 Valve control signal [%/s] 20 30 é >0 positive open fast 4 Design a fuzzy logic control that will control the liquid level to the 20 height. Submit the softcopy (*.fis and *.mdl) and 1 A4 screenshot of the results and your analysis