the function generator to generate a signal. Write your own functions to • measure the signal: void measure(short S[], int anz); Use the function micros() to sample the analog Voltage approximately every 0.1 ms. • calculate the mean and variance of the signal: int statistics(short S[], int anz, long *variance); The functions should be used as follows: void loop() { short S[128]; int mean; long variance; measure(S, 128); //now the signal is in array S mean=statistics(S, 128, &variance); //now variance and mean are //written Serial.print("mean: "); Serial.print(mean); Serial.print(" , var: ");
the function generator to generate a signal. Write your own functions to • measure the signal: void measure(short S[], int anz); Use the function micros() to sample the analog Voltage approximately every 0.1 ms. • calculate the mean and variance of the signal: int statistics(short S[], int anz, long *variance); The functions should be used as follows: void loop() { short S[128]; int mean; long variance; measure(S, 128); //now the signal is in array S mean=statistics(S, 128, &variance); //now variance and mean are //written Serial.print("mean: "); Serial.print(mean); Serial.print(" , var: ");
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...
Related questions
Question
Use the function generator to generate a signal.
Write your own functions to
• measure the signal: void measure(short S[], int anz);
Use the function micros() to sample the analog Voltage approximately every 0.1 ms.
• calculate the mean and variance of the signal:
int statistics(short S[], int anz, long *variance);
The functions should be used as follows:
void loop() {
short S[128];
int mean;
long variance;
measure(S, 128); //now the signal is in array S
mean=statistics(S, 128, &variance); //now variance and mean are
//written
Serial.print("mean: ");
Serial.print(mean);
Serial.print(" , var: ");
Serial.println(variance);
}
Transcribed Image Text:DIGITAL (PWM-)
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