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server

Revive unavailable songs for Netease Cloud Music (Refactored & Enhanced version)

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mianshiya

持续维护的面试刷题网站,帮你拿到满意 offer!⭐️ 2024年最新Java面试题、前端面试题、C++面试题、Go面试题、Python面试题、测试面试题、运维面试题、后端面试题、操作系统面试题、计算机网络面试题、Redis面试题、MySQL数据库面试题、算法面试题、Spring面试题、JVM面试题、Java并发面试题、Linux面试题等几千道高频程序员求职必备八股文。💎 React 前端 + Node 后端 + 云开发全栈项目 by 程序员鱼皮

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java-tutorial

:coffee: 老司机在 Java 技术领域的十年积累。

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blog

:dart: 钝悟的博客

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javacore

☕ JavaCore 是对 Java 核心技术的经验总结。

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shenyu

Apache ShenYu is a Java native API Gateway for service proxy, protocol conversion and API governance.

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Mindustry

The automation tower defense RTS

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LeetCode-Go

✅ Solutions to LeetCode by Go, 100% test coverage, runtime beats 100% / LeetCode 题解

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bestJavaer

这是一个成为更好的Java程序员的系列教程

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BMA

Bayesian Model Averaging

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Bayesian-Regression-and-Bitcoin

# Bayesian-Regression-to-Predict-Bitcoin-Price-Variations Predicting the price variations of bitcoin, a virtual cryptographic currency. These predictions could be used as the foundation of a bitcoin trading strategy. To make these predictions, we will have to familiarize ourself with a machine learning technique, Bayesian Regression, and implement this technique in Python. # Datasets We have the datasets in the data folder. The original raw data can be found here: http://api.bitcoincharts.com/v1/csv/. The datasets from this site have three attributes: (1) time in epoch, (2) price in USD per bitcoin, and (3) bitcoin amount in a transaction (buy/sell). However, only the first two attributes are relevant to this project. To make the data to have evenly space records, we took all the records within a 20 second window and replaced it by a single record as the average of all the transaction prices in that window. Not every 20 second window had a record; therefore those missing entries were filled using the prices of the previous 20 observations and assuming a Gaussian distribution. The raw data that has been cleaned is given in the file dataset.csv Finally, as discussed in the paper, the data was divided into a total of 9 different datasets. The whole dataset is partitioned into three equally sized (50 price variations in each) subsets: train1, train2, and test. The train sets are used for training a linear model, while the test set is for evaluation of the model. There are three csv files associated with each subset of data: *_90.csv, *_180.csv, and *_360.csv. In _90.csv, for example, each line represents a vector of length 90 where the elements are 30 minute worth of bitcoin price variations (since we have 20 second intervals) and a price variation in the 91st column. Similarly, the *_180.csv represents 60 minutes of prices and *_360.csv represents 120 minutes of prices. # Project Requirements We are expected to implement the Bayesian Regression model to predict the future price variation of bitcoin as described in the reference paper. The main parts to focus on are Equation 6 and the Predicting Price Change section. # Logic in bitcoin.py 1. Compute the price variations (Δp1, Δp2, and Δp3) for train2 using train1 as input to the Bayesian Regression equation (Equations 6). Make sure to use the similarity metric (Equation 9) in place of the Euclidean distance in Bayesian Regression (Equation 6). 2. Compute the linear regression parameters (w0, w1, w2, w3) by finding the best linear fit (Equation 8). Here you will need to use the ols function of statsmodels.formula.api. Your model should be fit using Δp1, Δp2, and Δp3 as the covariates. Note: the bitcoin order book data was not available, so you do not have to worry about the rw4 term. 3. Use the linear regression model computed in Step 2 and Bayesian Regression estimates, to predict the price variations for the test dataset. Bayesian Regression estimates for test dataset are computed in the same way as they are computed for train2 dataset – using train1 as an input. 4. Once the price variations are predicted, compute the mean squared error (MSE) for the test dataset (the test dataset has 50 vectors => 50 predictions).

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BayesianFramework

A framework for Bayesian model selection (BMS) and Bayesian model Averaging (BMA).

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interviews

Everything you need to know to get the job.

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pyBMA

Bayesian Model Averaging in python - currently only support for Cox PH models

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bma

Routines for Bayesian Model Averaging.

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eqtlbma

Package to detect eQTLs jointly in multiple subgroups (e.g. tissues) via Bayesian Model Averaging.

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samcnet

Bayesian model averaging of an objective function over a model class using advanced MCMC techniques.

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athena

Java后端知识图谱🔥 帮助Java初学者成长

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JavaFamily

【Java面试+Java学习指南】 一份涵盖大部分Java程序员所需要掌握的核心知识。

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algorithm-pattern

算法模板,最科学的刷题方式,最快速的刷题路径,你值得拥有~

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fucking-algorithm

刷算法全靠套路,认准 labuladong 就够了!English version supported! Crack LeetCode, not only how, but also why.

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LeetCodeAnimation

Demonstrate all the questions on LeetCode in the form of animation.(用动画的形式呈现解LeetCode题目的思路)

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LeetcodeTop

汇总各大互联网公司容易考察的高频leetcode题🔥

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UnblockNeteaseMusic

Revive unavailable songs for Netease Cloud Music

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JVM-JUC-Core

JUC JVM core knowledge points

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atguigu_spirngcloud2020

第2季当堂代码2020.3

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MTLSSVM

Multi-Task Least-Squares Support Vector Machines

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MLSSVR

Multi-output Least-Squares Support Vector Regressor

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fastdfs

FastDFS is an open source high performance distributed file system (DFS). It's major functions include: file storing, file syncing and file accessing, and design for high capacity and load balance. Wechat/Weixin public account (Chinese Language): fastdfs

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