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You are to create an automatic light switching system. The system controls two lights in the room: a while LED (L) and an Ambient light (A). Assume that there are four variables: Input (4 variables) B = 1 indicates you are relaxing in your bed, 0 if not C = 1 indicates that you are sitting on your desktop computer, O if not E = 1 indicates that there is electricity, O if not D = 1 indicates that it is day, O if night [Note: You need to maintain the input order as BCED with B as the MSB and D as the LSB] Output (2 variables) L = 1 indicates that the LED is ON A = 1 indicates that the Ambient Light is ON. You have to consider the following conditions: • The operation of the Ambient light requires electricity but the LED light works both in the presence and absence of electricity. • The Ambient light will ONLY work at night and the LED light will work during both day and night. · Both the lights cannot be ON at the same time. A always takes priority over L. • Lis turned ON when you are using your computer. · A is turned ON when you are relaxing on your bed. . It's not possible to sit on your desktop computer and relax on your bed at the same time since they are located on opposite sides of your room. . When you are neither on your bed nor computer, in this case a light will be ON only when it is night. Hint: You need to consider the previous conditions to determine which light will be ON.

You are to create an automatic light switching system. The system controls two lights in the room: a while LED (L) and an Ambient light (A). Assume that there are four variables: Input (4 variables) B = 1 indicates you are relaxing in your bed, 0 if not C = 1 indicates that you are sitting on your desktop computer, O if not E = 1 indicates that there is electricity, O if not D = 1 indicates that it is day, O if night [Note: You need to maintain the input order as BCED with B as the MSB and D as the LSB] Output (2 variables) L = 1 indicates that the LED is ON A = 1 indicates that the Ambient Light is ON. You have to consider the following conditions: • The operation of the Ambient light requires electricity but the LED light works both in the presence and absence of electricity. • The Ambient light will ONLY work at night and the LED light will work during both day and night. · Both the lights cannot be ON at the same time. A always takes priority over L. • Lis turned ON when you are using your computer. · A is turned ON when you are relaxing on your bed. . It's not possible to sit on your desktop computer and relax on your bed at the same time since they are located on opposite sides of your room. . When you are neither on your bed nor computer, in this case a light will be ON only when it is night. Hint: You need to consider the previous conditions to determine which light will be ON.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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You are to create an automatic light switching system. The system controls two lights in the room: a while LED (L) and an Ambient light (A). Assume that there are four variables: Input (4 variables) B = 1 indicates you are relaxing in your bed, 0 if not C= 1 indicates that you are sitting on your desktop computer, O if not E = 1 indicates that there is electricity, O if not D = 1 indicates that it is day, 0 if night [Note: You need to maintain the input order as BCED with B as the MSB and D as the LSB] Output (2 variables) L= 1 indicates that the LED is ON A = 1 indicates that the Ambient Light is ON. You have to consider the following conditions: • The operation of the Ambient light requires electricity but the LED light works both in the presence and absence of electricity. • The Ambient light will ONLY work at night and the LED light will work during both day and night. · Both the lights cannot be ON at the same time. A always takes priority over L. · Lis turned ON when you are using your computer. · A is turned ON when you are relaxing on your bed. . It's not possible to sit on your desktop computer and relax on your bed at the same time since they are located on opposite sides of your room. . When you are neither on your bed nor computer, in this case a light will be ON only when it is night. Hint: You need to consider the previous conditions to determine which light will be ON.
Transcribed Image Text:You are to create an automatic light switching system. The system controls two lights in the room: a while LED (L) and an Ambient light (A). Assume that there are four variables: Input (4 variables) B = 1 indicates you are relaxing in your bed, 0 if not C= 1 indicates that you are sitting on your desktop computer, O if not E = 1 indicates that there is electricity, O if not D = 1 indicates that it is day, 0 if night [Note: You need to maintain the input order as BCED with B as the MSB and D as the LSB] Output (2 variables) L= 1 indicates that the LED is ON A = 1 indicates that the Ambient Light is ON. You have to consider the following conditions: • The operation of the Ambient light requires electricity but the LED light works both in the presence and absence of electricity. • The Ambient light will ONLY work at night and the LED light will work during both day and night. · Both the lights cannot be ON at the same time. A always takes priority over L. · Lis turned ON when you are using your computer. · A is turned ON when you are relaxing on your bed. . It's not possible to sit on your desktop computer and relax on your bed at the same time since they are located on opposite sides of your room. . When you are neither on your bed nor computer, in this case a light will be ON only when it is night. Hint: You need to consider the previous conditions to determine which light will be ON.
Draw the truth table for the scenario above. Using the Karnaugh-Map Method, find the required simplified SOP expression for the given outputs.
Transcribed Image Text:Draw the truth table for the scenario above. Using the Karnaugh-Map Method, find the required simplified SOP expression for the given outputs.
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