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You are part of a team developing an advanced automatic light control system for a smart home. The system should turn on the lights when someone enters a room and turn off the lights when the room becomes unoccupied. Additionally, the system should have two brightness levels: "Low" and "High." Your task is to design a Moore machine-based system that controls the state of the lights efficiently, aiming for minimum power consumption and area utilization. The system should include two sensors to detect occupancy and light intensity in the room, providing the input signal x and y. The lights should be turned on instantly when occupancy is detected, and the brightness level should be set to "Low" by default. However, if light intensity in room is low, then brightness of light should be auose atically set to high.

You are part of a team developing an advanced automatic light control system for a smart home. The system should turn on the lights when someone enters a room and turn off the lights when the room becomes unoccupied. Additionally, the system should have two brightness levels: "Low" and "High." Your task is to design a Moore machine-based system that controls the state of the lights efficiently, aiming for minimum power consumption and area utilization. The system should include two sensors to detect occupancy and light intensity in the room, providing the input signal x and y. The lights should be turned on instantly when occupancy is detected, and the brightness level should be set to "Low" by default. However, if light intensity in room is low, then brightness of light should be auose atically set to high.

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 part of a team developing an advanced automatic light control system for a smart home. The system should turn on the lights when someone enters a room and turn off the lights when the room becomes unoccupied. Additionally, the system should have two brightness levels: "Low" and "High." Your task is to design a Moore machine-based system that controls the state of the lights efficiently, aiming for minimum power consumption and area utilization. The system should include two sensors to detect occupancy and light intensity in the room, providing the input signal x and y. The lights should be turned on instantly when occupancy is detected, and the brightness level should be set to "Low" by default. However, if light intensity in room is low, then brightness of light should be auose atically set to high.
Transcribed Image Text:You are part of a team developing an advanced automatic light control system for a smart home. The system should turn on the lights when someone enters a room and turn off the lights when the room becomes unoccupied. Additionally, the system should have two brightness levels: "Low" and "High." Your task is to design a Moore machine-based system that controls the state of the lights efficiently, aiming for minimum power consumption and area utilization. The system should include two sensors to detect occupancy and light intensity in the room, providing the input signal x and y. The lights should be turned on instantly when occupancy is detected, and the brightness level should be set to "Low" by default. However, if light intensity in room is low, then brightness of light should be auose atically set to high.
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