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% %完整的MUSIC算法 clear Sensor=8; % Number of array elements Snap=840; % Number of snapshots Doa=[10 -10 0];%*pi/180; % Sources DOA's in radian S_number=length(Doa); % Number of sources Lambda=4.2;

% %完整的MUSIC算法 clear Sensor=8; % Number of array elements Snap=200; % Number of snapshots Doa=[15 -15 0];%*pi/180; % Sources DOA's in radian S_number=length(Doa); % Number of sources Lambda=0.1;

/* Microchip Temperature Sensor Demo Profile Definition File This ZigBee Profile header file provides all of the constants needed to implement the Microchip Temperature Sensor demo. It is desi

; (1) ==================================================================== ; ESTE PROGRAMA EXECUTA O C罫CULO DE VAZ肙 DE 罣UA POR UM SENSOR INDUTIVO ; COM 4 P罶 E MOSTRA O VALOR EM UM DISPLAY DE DIGITA

#ifndef _SENSOR #define _SENSOR /***************************DS18B20管脚配置*******************************/ sbit DQ = P0 ^ 6; /************************************************************************

#ifndef _SENSOR #define _SENSOR /***************************DS18B20管脚配置*******************************/ sbit DQ = P0 ^ 6; /************************************************************************

#ifndef _SENSOR #define _SENSOR /***************************DS18B20管脚配置*******************************/ sbit DQ = P0 ^ 6; /************************************************************************

#ifndef _SENSOR #define _SENSOR /***************************DS18B20管脚配置*******************************/ sbit DQ = P0 ^ 6; /************************************************************************

#ifndef _SENSOR #define _SENSOR /***************************DS18B20管脚配置*******************************/ sbit DQ = P0 ^ 6; /************************************************************************

//****************************************************************************** // MSP-FET430P430 Demo - ADC12, Using the Temperature Sensor // // This example shows how to use the intergrated t