Design a state machine that will sound an alarm under the following conditions. The alarm will sound if the SMOKE detector input is asserted for two cycles as long as the TEST input is not asserted. The alarm should continue to sound until this condition ceases. Additionally, the alarm should sound for each cycle that the EMERGENCY input is asserted. Complete the following steps: 1. Block diagram 2. State diagram 3. Define state variables and design a state diagram with state assignments 4. Define the state table 5. Synthesize a machine with D flip flops 6. Synthesize a machine with JK flip flops.

Design a state machine that will sound an alarm under the following conditions. The alarm will sound if the SMOKE detector input is asserted for two cycles as long as the TEST input is not asserted. The alarm should continue to sound until this condition ceases. Additionally, the alarm should sound for each cycle that the EMERGENCY input is asserted. Complete the following steps: 1. Block diagram 2. State diagram 3. Define state variables and design a state diagram with state assignments 4. Define the state table 5. Synthesize a machine with D flip flops 6. Synthesize a machine with JK flip flops.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter4: Selection Structures

Section4.3: Nested If Statements

Problem 6E

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