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HW 9: PIR and light sensor (based on material from lab 5) Connect your PIR sensor and your CdS cell (light sensor). The PIR and CdS sensors will control the LED behavior as follows: When the PIR is triggered the LED is on. When the CdS is uncovered and the PIR sensor is untriggered, the LED is off. When the CdS cell is covered and the PIR sensor is off, the LED blinks. The initial blink rate should be one complete cycle in 1 second (use delays of 500 ms for on and off). Every time the PIR is triggered, the delay time should be cut in half (blinks faster). You can use the reset button on the Arduino to reset the program back to 1 second cycle.

HW 9: PIR and light sensor (based on material from lab 5) Connect your PIR sensor and your CdS cell (light sensor). The PIR and CdS sensors will control the LED behavior as follows: When the PIR is triggered the LED is on. When the CdS is uncovered and the PIR sensor is untriggered, the LED is off. When the CdS cell is covered and the PIR sensor is off, the LED blinks. The initial blink rate should be one complete cycle in 1 second (use delays of 500 ms for on and off). Every time the PIR is triggered, the delay time should be cut in half (blinks faster). You can use the reset button on the Arduino to reset the program back to 1 second cycle.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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need help with Arduino UNO, on Tinkercad

HW 9: PIR and light sensor (based on material from lab 5) Connect your PIR sensor and your CdS cell (light sensor). The PIR and CdS sensors will control the LED behavior as follows: When the PIR is triggered the LED is on. When the CdS is uncovered and the PIR sensor is untriggered, the LED is off. When the CdS cell is covered and the PIR sensor is off, the LED blinks. The initial blink rate should be one complete cycle in 1 second (use delays of 500 ms for on and off). Every time the PIR is triggered, the delay time should be cut in half (blinks faster). You can use the reset button on the Arduino to reset the program back to 1 second cycle.
Transcribed Image Text:HW 9: PIR and light sensor (based on material from lab 5) Connect your PIR sensor and your CdS cell (light sensor). The PIR and CdS sensors will control the LED behavior as follows: When the PIR is triggered the LED is on. When the CdS is uncovered and the PIR sensor is untriggered, the LED is off. When the CdS cell is covered and the PIR sensor is off, the LED blinks. The initial blink rate should be one complete cycle in 1 second (use delays of 500 ms for on and off). Every time the PIR is triggered, the delay time should be cut in half (blinks faster). You can use the reset button on the Arduino to reset the program back to 1 second cycle.
You should be able to reuse the code from the 2nd lab as well as shown below: const int LED=9;//The LED is connected to pin 9 OD UNO Ardu const int PIR=2;//The PIR is connected to pin 2 void setup() { pinMode (LED, OUTPUT); pinMode (PIR, INPUT); digitalWrite (LED,HIGH); delay (500); digitalWrite (LED,LOW); delay (500); ********* .... ..... ..... } void loop () { if (digitalRead (PIR) { digitalWrite (LED, LOW); LOW) === } else { digitalWrite (LED, HIGH); }
Transcribed Image Text:You should be able to reuse the code from the 2nd lab as well as shown below: const int LED=9;//The LED is connected to pin 9 OD UNO Ardu const int PIR=2;//The PIR is connected to pin 2 void setup() { pinMode (LED, OUTPUT); pinMode (PIR, INPUT); digitalWrite (LED,HIGH); delay (500); digitalWrite (LED,LOW); delay (500); ********* .... ..... ..... } void loop () { if (digitalRead (PIR) { digitalWrite (LED, LOW); LOW) === } else { digitalWrite (LED, HIGH); }
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