代码搜索：小样本
找到约 10,000 项符合「小样本」的源代码
代码结果 10,000
www.eeworm.com/read/210695/15193353
txt 说明.txt
说明:
1. Demo.txt是试验数据,共有384行,其中互连线的时延做为网络的输出,我从中抽取了90%左右的数据做为训练网络的样本,
10%左右的数据做为测试样本;其中有部分数据因操作未能参与训练和测试.
2. 具体文件在目录example中,为便于说明,我将其中的相关文件改为中文名称.
未整理好就发过来,见谅!
www.eeworm.com/read/210695/15193397
txt 说明.txt
说明:
1. Demo.txt是试验数据,共有384行,其中互连线的时延做为网络的输出,我从中抽取了90%左右的数据做为训练网络的样本,
10%左右的数据做为测试样本;其中有部分数据因操作未能参与训练和测试.
2. 具体文件在目录example中,为便于说明,我将其中的相关文件改为中文名称.
未整理好就发过来,见谅!
www.eeworm.com/read/164520/5489371
dat q型测试.dat
"3","*******","*******","9","*******","*******","23","*******","*******","测试1","*******","*******","样本1","*******","*******","样本2","*******","*******","样本3","*******","*******","样本4","*******","******
www.eeworm.com/read/164520/5489753
dat 测试1.dat
"3","2","A组","7","4","B组","19","1","待定组","判别","*******","*******","A样本1","*******","*******","A样本2","*******","*******","B样本1","*******","*******","B样本2","*******","*******","B样本3","*******","*******"
www.eeworm.com/read/154133/5640297
dat q型测试.dat
"3","*******","*******","9","*******","*******","23","*******","*******","测试1","*******","*******","样本1","*******","*******","样本2","*******","*******","样本3","*******","*******","样本4","*******","******
www.eeworm.com/read/154133/5640580
dat 测试1.dat
"3","2","A组","7","4","B组","19","1","待定组","判别","*******","*******","A样本1","*******","*******","A样本2","*******","*******","B样本1","*******","*******","B样本2","*******","*******","B样本3","*******","*******"
www.eeworm.com/read/474226/6816738
txt bp.txt
#include "iostream.h"
#include "iomanip.h"
#include "stdlib.h"
#include "stdio.h"
#include "math.h"
#include "ctime"
#define sqr(x) ((x)*(x))
#define N 3 //学习样本个数
#define IN 1 //输入层神经元数目
#def
www.eeworm.com/read/294499/8222470
-
说明:
1. Demo.txt是试验数据,共有384行,其中互连线的时延做为网络的输出,我从中抽取了90%左右的数据做为训练网络的样本,
10%左右的数据做为测试样本;其中有部分数据因操作未能参与训练和测试.
2. 具体文件在目录example中,为便于说明,我将其中的相关文件改为中文名称.
未整理好就发过来,见谅!
www.eeworm.com/read/294499/8222539
-
说明:
1. Demo.txt是试验数据,共有384行,其中互连线的时延做为网络的输出,我从中抽取了90%左右的数据做为训练网络的样本,
10%左右的数据做为测试样本;其中有部分数据因操作未能参与训练和测试.
2. 具体文件在目录example中,为便于说明,我将其中的相关文件改为中文名称.
未整理好就发过来,见谅!
www.eeworm.com/read/171074/9772487
m quantize.m
function [yq] = quantize(y,B)
% 将信号量化为B位
% -------------------------
% [yq] = quantize(y,B)
% yq = 量化后的信号(整数): 0