5 2222 100 1 1 O O 5 0 52 S 1 Z Z Zo 001 2 Z Zo 010 Z Z Zo 010 1 0 Sc W Z Z 20 100 Figure Za 18 Derive All Equ 1 (25.99 KiB) Viewed 38 times
5 2222 100 1 1 O O 5 0 52 S 1 Z Z Zo 001 2 Z Zo 010 Z Z Zo 010 1 0 Sc W Z Z 20 100 Figure Za 18 Derive All Equ 2 (26.76 KiB) Viewed 38 times
5 2222 100 1 1 o o 5. 0 52 S. 1 Z₂ Z, Zo 001 2₂ Z, Zo 010 Z₂ Z, Zo 010 1 0 Sc w Z₂ Z 20 100 Figure Za 18. Derive all equations necessary to implement the machine shown in Figure 2 using a standard binary state assignment ie 5.000, S.+001, 5, +010, eto
ed out of S. 2, Z, Zo 100 1 0 S. 0 S. 5, 1 ' 2₂ Z, Zo 001 Z₂ Z, Zo 010 Z₂ Z, Zo 010 0 0 SA 2₂ Z, Zo 100 Figure 2a 19. Analyse the machine in Figure 2a and identify which, if any, states are equivalent. Comment on how state minimisation would affect the hardware requirements of the design in 018.
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