Question 3 The primitive flow table of an asynchronous system is shown in Figure Q3. Present state Output z W2W 00 A 11 0 A B D E F G H G A G Next State 01 10 E E H D E D E H B F B B 1 0 1 olold G A - B Figure Q3 a) Determine the optimum reduced flow table for the system (10 marks) b) Construct the transition diagram and identify the critical races (if any). (3 marks) c) Select a suitable race free state assignment and develop a assigned flow table. (4 marks) d) Using the reduced flow table, explain the restrictions for allocating values to the "don't care states for output map Deducd an equation for outputz (4 marks) e) Design the equations for the system (You need not draw the circuit) (4 marks) Question 3 The primitive flow table of an asynchronous system is shown in Figure Q3. Present state Output z W2W 00 A 11 0 A B D E F G H G A G Next State 01 10 E E H D E D E H B F B B 1 0 1 olold G A - B Figure Q3 a) Determine the optimum reduced flow table for the system (10 marks) b) Construct the transition diagram and identify the critical races (if any). (3 marks) c) Select a suitable race free state assignment and develop a assigned flow table. (4 marks) d) Using the reduced flow table, explain the restrictions for allocating values to the "don't care states for output map Deducd an equation for outputz (4 marks) e) Design the equations for the system (You need not draw the circuit) (4 marks)