Suppose we wish to design a car security system that operates as follows:• There are only two states: "siren off" and "siren on"• There is one combinational output: 0 - lights not flashing or 1 - lights flashing.• There are three combinational inputs: M(master), D(door), and V(vibration). Usethe names M, D, and V for these inputs in the given order MDV.• M: 0 - off, 1 - on• D: 0 - door closed, 1 - door opened• V:0 - no vibration detected, 1 - vibration detectedThe circuit works as follows:• If the siren is currently off, it is turned on and the lights flash when the masteris on and either the door is opened or vibration is detected. (This is a regular or,not an exclusive or).• If the siren is currently off, it will remain off and the lights will not flash wheneither the master remains off or if the master is on but neither the door is opennot vibration is detected.• If the siren is currently on, it will remain on and the lights will flash as long asthe master is on.• If the siren is currently on, the only way to make it return to "siren off" and forthe lights to stop flashing is to turn the master off.Note: There may be multiple inputs that cause the same transition. You can just drawone line and have multiple input/output combinations on the line.Draw just the state diagram. Do not go any further.

According to the question: to design a car security system that operates as follows: Cases are given…

There are only two states: "siren off" and "siren on" • There is one combinational output: 0 - lights not flashing or 1 - lights flashing. • There are three combinational inputs: M(master), D(door), and V(vibration). Us the names M, D, and V for these inputs in the given order MDV. M: 0 - off, 1 - on • D:0 - door closed, 1 - door opened • V:0 - no vibration detected, 1 - vibration detected • The circuit works as follows: • If the siren is currently off, it is turned on and the lights flash when the mas is on and either the door is opened or vibration is detected. (This is a regula not an exclusive or). • If the siren is currently off, it will remain off and the lights will not flash whe either the master remains off or if the master is on but neither the door is o not vibration is detected. • If the siren is currently on, it will remain on and the lights will flash as long : the master is on. • If the siren is currently on, the only way to make it return to "siren off" and the lights to stop flashing is to turn the master off. lote: There may be multiple inputs that cause the same transition. You can just dr ne line and have multiple input/output combinations on the line.

There are only two states: "siren off" and "siren on" • There is one combinational output: 0 - lights not flashing or 1 - lights flashing. • There are three combinational inputs: M(master), D(door), and V(vibration). Us the names M, D, and V for these inputs in the given order MDV. M: 0 - off, 1 - on • D:0 - door closed, 1 - door opened • V:0 - no vibration detected, 1 - vibration detected • The circuit works as follows: • If the siren is currently off, it is turned on and the lights flash when the mas is on and either the door is opened or vibration is detected. (This is a regula not an exclusive or). • If the siren is currently off, it will remain off and the lights will not flash whe either the master remains off or if the master is on but neither the door is o not vibration is detected. • If the siren is currently on, it will remain on and the lights will flash as long : the master is on. • If the siren is currently on, the only way to make it return to "siren off" and the lights to stop flashing is to turn the master off. lote: There may be multiple inputs that cause the same transition. You can just dr ne line and have multiple input/output combinations on the line.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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