🔥 预测任务索引帖
待完善
#refplus, #refplus li{
padding:0;
margin:0;
list-style:none;
}；
document.querySelectorAll(".refplus-num").forEach((ref) => {
let refid = ref.firstChild.href.replace(location.origin+location.pathname,'');
let refel = document.querySelector(refid);
let refnum = refel.dataset.num;
let ref_content = refel.innerText.replace(`[${refnum}]`,'');
tippy(ref, {
content: ref_content,
...
生成任务索引帖
待完善
#refplus, #refplus li{
padding:0;
margin:0;
list-style:none;
}；
document.querySelectorAll(".refplus-num").forEach((ref) => {
let refid = ref.firstChild.href.replace(location.origin+location.pathname,'');
let refel = document.querySelector(refid);
let refnum = refel.dataset.num;
let ref_content = refel.innerText.replace(`[${refnum}]`,'');
tippy(ref, {
content: ref_content,
...
发现任务索引帖
待完善
#refplus, #refplus li{
padding:0;
margin:0;
list-style:none;
}；
document.querySelectorAll(".refplus-num").forEach((ref) => {
let refid = ref.firstChild.href.replace(location.origin+location.pathname,'');
let refel = document.querySelector(refid);
let refnum = refel.dataset.num;
let ref_content = refel.innerText.replace(`[${refnum}]`,'');
tippy(ref, {
content: ref_content,
...
非参数贝叶斯模型索引帖
#refplus, #refplus li{
padding:0;
margin:0;
list-style:none;
}；
document.querySelectorAll(".refplus-num").forEach((ref) => {
let refid = ref.firstChild.href.replace(location.origin+location.pathname,'');
let refel = document.querySelector(refid);
let refnum = refel.dataset.num;
let ref_content = refel.innerText.replace(`[${refnum}]`,'');
tippy(ref, {
content: ref_content,
...
神经网络索引帖
#refplus, #refplus li{
padding:0;
margin:0;
list-style:none;
}；
document.querySelectorAll(".refplus-num").forEach((ref) => {
let refid = ref.firstChild.href.replace(location.origin+location.pathname,'');
let refel = document.querySelector(refid);
let refnum = refel.dataset.num;
let ref_content = refel.innerText.replace(`[${refnum}]`,'');
tippy(ref, {
content: ref_content,
...
非独立同分布索引帖
#refplus, #refplus li{
padding:0;
margin:0;
list-style:none;
}；
document.querySelectorAll(".refplus-num").forEach((ref) => {
let refid = ref.firstChild.href.replace(location.origin+location.pathname,'');
let refel = document.querySelector(refid);
let refnum = refel.dataset.num;
let ref_content = refel.innerText.replace(`[${refnum}]`,'');
tippy(ref, {
content: ref_content,
...
非独立同分布索引帖
#refplus, #refplus li{
padding:0;
margin:0;
list-style:none;
}；
document.querySelectorAll(".refplus-num").forEach((ref) => {
let refid = ref.firstChild.href.replace(location.origin+location.pathname,'');
let refel = document.querySelector(refid);
let refnum = refel.dataset.num;
let ref_content = refel.innerText.replace(`[${refnum}]`,'');
tippy(ref, {
content: ref_content,
...
模型选择与平均索引帖
#refplus, #refplus li{
padding:0;
margin:0;
list-style:none;
}；
document.querySelectorAll(".refplus-num").forEach((ref) => {
let refid = ref.firstChild.href.replace(location.origin+location.pathname,'');
let refel = document.querySelector(refid);
let refnum = refel.dataset.num;
let ref_content = refel.innerText.replace(`[${refnum}]`,'');
tippy(ref, {
content: ref_content,
...
非参数模型索引帖
【摘要】非参数模型并不是指模型没有参数，而是指模型中没有固定数量的参数，所以称之为无固定数量参数模型更为准确一些。传统的非参数模型主要包括以下三种类型：基于样本实例的模型（如 KNN 等）、基于核函数的模型（如：高斯过程、支持向量机）、基于决策树的模型（如：分类树、回归树、随机森林等），本文讲对它们进行概览。关于各种模型的细节，参加下面的相关链接。
【相关链接】
基于实例的方法：
KNN 算法
距离度量方法
KDE 算法
基于核函数的方法：
高斯过程
支持向量机
基于决策树的方法：
分类树
回归树
随机森林
p{text-indent:2em;2}
1 非参数模型概述
#refplus, #refplus li{
padding:0;
margin:0;
list-style:none;
}；
document.querySelectorAll(".refplus-num").forEach((ref) => {
let ...
🔥 广义线性模型索引帖
待补充
#refplus, #refplus li{
padding:0;
margin:0;
list-style:none;
}；
document.querySelectorAll(".refplus-num").forEach((ref) => {
let refid = ref.firstChild.href.replace(location.origin+location.pathname,'');
let refel = document.querySelector(refid);
let refnum = refel.dataset.num;
let ref_content = refel.innerText.replace(`[${refnum}]`,'');
tippy(ref, {
content: ref_content,
...