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Sensor 的代码
sensor.cpp
/***************************************************************************
* Copyright (C) 2004 - 2006 by ZJUBase *
* National La
filter.m
clc;
clear;
name='*.txt';
filename=[path,name];
[FileSTD_Name,path]=uigetfile(filename,'打开Sensor数据文件');
filename=[path,FileSTD_Name];
[fid,message]
filter.asv
clc;
clear;
name='*.txt';
filename=[path,name];
[FileSTD_Name,path]=uigetfile(filename,'打开Sensor数据文件');
filename=[path,FileSTD_Name];
[fid,mess
cradle.c
/* This Code is used to implement the function required for the
robotic cradle unit
I/O declarations
Input
PORTA. F3 or RA3 = enable/disable button
RA1 = motion sensor
RA0 = wetness sensor
Outp
sensor.h
/****************************************************************************
*
* MODULE Jenie Template
*
* COMPONENT $RCSfile: Sensor.h,v $
*
* VERSION $Name:
sensor.c
/****************************************************************************
*
* MODULE: WSN - Router
*
* COMPONENT: $RCSfile: Sensor.c,v $
*
* VERSION: $Name: HEAD $
simulationgm.nc
includes PolyOne;
module SimulationGM {
provides {
interface StdControl;
}
uses {
interface Sensor;
interface SetupServer;
}
}
implementation {
Pol
传统music算法.txt
%---------------传统Music算法-----------------------%
Sensor=8; Snap=100; %阵元为8，快拍数100
Doa=[10 20 50 60]; %要估计的4个信源角度
S_number=length(Doa);
Lambda=0.1; % 波长
d=0.5*Lambda;
改进music算法.txt
%---------------改进Music算法-----------------------%
Sensor=8; Snap=100; %阵元为8，快拍数100
Doa=[10 20 50 60]; %要估计的4个信源角度
S_number=length(Doa);
Lambda=0.1; % 波长
d=0
music.asv
%
%完整的MUSIC算法
clear
Sensor=8; % Number of array elements
Snap=210; % Number of snapshots
Doa=[10 -10 0];%*pi/180; % Sources DOA's in radian
S_number=length(Doa); % Number of sources
Lambda=4.2;