The detailed design procedure of the fuzzy sliding mode control system is presented.
Based on the developed model, the design procedure for the fuzzy logic urea dosage controller was well addressed.
In the framework of FSMC, genetic algorithm (GA) is utilized to search for the optimal scalings for the inputs; in addition, the technique of regionwise linear fuzzy logic control (RLFLC) is employed to simplify the computation procedure of the fuzzy reasoning.
In the design procedure, the major design parameters of the controller are simplified by observing several aspects that appear in design procedures of the fuzzy membership function and the rule base.
The design procedures of the fuzzy Takagi Sugeno model of TRMS are detailed.
This paper develops a procedure to derive the fuzzy objective value of the fuzzy posynomial geometric programming problem when the exponents of decision variables in the objective function, the cost and the constraint coefficients, and the right-hand sides are fuzzy numbers.
In our design procedure, the T-S fuzzy approximation method is only employed to simplify the specification of kinetic parameters of gene circuit of molecular noise filter, i.e., the specification procedure of lengths of inserted binding sites of TF produced by regulatory genes in gene circuit design procedure.
All the rules created during the fuzzy procedure are considered to establish the model between descriptor hyperspace and biochemical activities.
Fuzzy mathematical models of safety repertories were introduced into the SFEM to analyze the stability of embankments and foundations in order to describe the fuzzy failure procedure for the random safety performance function.
To demonstrate the validity of the proposed procedure, two fuzzy queues often encountered in transportation management are exemplified.
