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#include #include void main (void) { int power; for (power = -2; power

function p=spower(x) % p=spower(x) %SPOWER Returns the power in signal x p=(norm(x)^2)/length(x);

#include #include #define uchar unsigned char #define uint unsigned int #define ADC0809 XBYTE[0x2010] void power(void); void wait(uint n); void main(void) {power();} voi

function [x,iflaw]=fmpower(N,k,p1,p2) %FMPOWER Signal with power-law frequency modulation. % [X,IFLAW]=FMPOWER(N,K,P1,P2) generates a signal with a % power-law frequency modulation. % X(t) = exp(j*2*p

function [x,gpd,nu]=gdpower(N,k,c) %GDPOWER Signal with power-law group delay. % [X,GPD,F]=GDPOWER(N,K,C) generates a signal with a % power-law group delay of the form tx(f) = T0 + C*f^(K-1). % The ou

/******************* ?Marvell Semiconductor, Inc., 2003 ******************** * * Purpose: * * This module provides the implementation of power management routines * * $Author: xiaoji

/******************* ?Marvell Semiconductor, Inc., 2001-2004 ***************** * * Purpose: This module provides PnP and Power management routine * * $Author: Wuz $ * * $Date: 2006/07/

#include int pow(int x,int n) { int p; for(p=1;n>0;--n) p*=x; return(p); } main() { int i; for(i=0;i

void interrupt Power(void);

// #include #include /** ** 2 raised to the power of 10: 1024 **/ int main() { int value = 2; int pow = 10; cout