代码搜索：Sampling
找到约 3,969 项符合「Sampling」的源代码
代码结果 3,969
www.eeworm.com/read/441618/7668161
m cp0702_bandwidth.m
%
% FUNCTION 7.7 : "cp0702_bandwidth"
%
% Evaluates the bandwidth of the input 'signal' with
% sampling rate 'dt'
% Bandwidth is evaluated according to the given 'threshold'
% (in dB)
% 'BW' is
www.eeworm.com/read/441612/7668314
asv cp0101_bandwidth.asv
%
% FUNCTION 1.2 : "cp0101_bandwidth"
%
% Evaluates the bandwidth of the input 'signal' with sampling period
% 'dt'
% Bandwidth is evaluated according to the given 'threshold' (in dB)
% 'BW' is
www.eeworm.com/read/441612/7668316
m cp0101_bandwidth.m
%
% FUNCTION 1.2 : "cp0101_bandwidth"
%
% Evaluates the bandwidth of the input 'signal' with sampling period
% 'dt'
% Bandwidth is evaluated according to the given 'threshold' (in dB)
% 'BW' is
www.eeworm.com/read/441609/7668405
m cp0804_corrsyn.m
%
% Function 8.15: "cp0804_corrsyn"
%
% Implements the correlation an input vector (signal)
% with a reference vector (template)
% 'fc' represents the sampling frequency
%
% The function retur
www.eeworm.com/read/439361/7711575
m bandwidth.m
%
% FUNCTION 7.7 : "cp0702_bandwidth"
%
% Evaluates the bandwidth of the input 'signal' with
% sampling rate 'dt'
% Bandwidth is evaluated according to the given 'threshold'
% (in dB)
% 'BW' is
www.eeworm.com/read/438281/7733336
m cp0802_ieeeuwb.m
% Generates the channel impulse response for a multipath
% channel according to the statistical model proposed by
% the IEEE 802.15.SG3a.
%
% 'fc' is the sampling frequency
% 'TMG' is the total
www.eeworm.com/read/436383/7770965
m systematicr.m
function outIndex = systematicR(inIndex,wn);
% PURPOSE : Performs the resampling stage of the SIR
% in order(number of samples) steps. It uses the
% systematic sampling scheme o
www.eeworm.com/read/299230/7871718
m cfmfcc.m
function r =cfmfcc(s, fs)
% MFCC
%
% Inputs: s contains the signal to analize
% fs is the sampling rate of the signal
%
% Output: r contains the transformed signal
%
%
%%%%%%%%%%%%%%
www.eeworm.com/read/299230/7871773
m mfcc.m
function r = mfcc(s, fs)
% MFCC
%
% Inputs: s contains the signal to analize
% fs is the sampling rate of the signal
%
% Output: r contains the transformed signal
%
%
%%%%%%%%%%%%%%%
www.eeworm.com/read/199147/7882459
pas dm1.pas
{
This example represents a sampling of the way that you might
approach trapping a number of database errors.
************** PLEASE READ TEXT BELOW BEFORE FIRST RUN OF EXAMPLE!! **********