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presented in the table 1.

Table 1 presented in the table 1.

Related Figures (17)

Table 2: Representing logic “OR”
Table 2: Representing logic “OR”
Table 3: Representing logic “AND”
Table 3: Representing logic “AND”
describes the block diagram for the procedures. Figure 10: Block Diagram for Modeling Proce dure
describes the block diagram for the procedures. Figure 10: Block Diagram for Modeling Proce dure
table 2 below presents the lists of the inputs and the outputs for the control system interactions.
table 2 below presents the lists of the inputs and the outputs for the control system interactions.
Table 5: Input and Output flow
Table 5: Input and Output flow
Figure 12 above consists of four subsystems which are made of a combination of logical
Figure 12 above consists of four subsystems which are made of a combination of logical
Figure 13: Simulink Model - PLC ladder Logic Equivalency
Figure 13: Simulink Model - PLC ladder Logic Equivalency
models is also shown in Appendix A.2.
models is also shown in Appendix A.2.
Figure 16: Miter Model Block Diagram injection of mutants has caused behavioral differences in the mutated models. (behavior) is not equal to the mutated model’s output (behavior). In this case it is glaring that the
Figure 16: Miter Model Block Diagram injection of mutants has caused behavioral differences in the mutated models. (behavior) is not equal to the mutated model’s output (behavior). In this case it is glaring that the
Figure 17: Miter Model Verification Result
Figure 17: Miter Model Verification Result
3.1.7 Future Work 3 = indicates that the “AND” block is changed to “NOR” block
3.1.7 Future Work 3 = indicates that the “AND” block is changed to “NOR” block
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