BenLeonard's repositories
free
翻墙、免费翻墙、免费科学上网、免费节点、免费梯子、免费ss/v2ray/trojan节点、蓝灯、谷歌商店、翻墙梯子
Equation_and_Codebox
Microsoft Word VSTO Add-In，可以插入带编号的公式和代码
30-Days-Of-Python
30 days of Python programming challenge is a sep by step guide to learn Python programming language in 30 days.
30DaysOfJavaScript
30 days of JavaScript programming challenge is a sep by step guide to learn JavaScript programming language in 30 days
SUES-Paper
上海工程技术大学（SUES）学术型硕士毕业论文Latex模板（非官方，个人简单编辑版）
numpy-100
100 numpy exercises (100% complete)
pydata-book
Materials and IPython notebooks for "Python for Data Analysis" by Wes McKinney, published by O'Reilly Media
pandas_exercises
Practice your pandas skills!
Numerical_Analysis
数值分析相关程序：插值、拟合、数值积分、线性方程组迭代求解、非线性方程(组)求根、常微分方程数值解
home
ApacheCN 开源组织：公告、介绍、成员、活动、交流方式
AiLearning
AiLearning: 机器学习 - MachineLearning - ML、深度学习 - DeepLearning - DL、自然语言处理 NLP
kaggle
Kaggle 项目实战（教程） = 文档 + 代码 + 视频（欢迎参与）
scikit-learn-doc-zh
:book: [译] scikit-learn（sklearn） 中文文档
libpku
贵校课程资料民间整理
zju-icicles
浙江大学课程攻略共享计划
USTC-Course
:heart:**科学技术大学课程资源
SJTU-Courses
上海交通大学课程资料分享
PKUCourse
北大计算机课程大作业
python_for_data_analysis_2nd_chinese_version
《利用Python进行数据分析·第2版》
USTC-CS-Courses-Resource
:heart:**科学技术大学计算机学院课程资源(https://mbinary.xyz/ustc-cs/)
DeepLearningPython35
neuralnetworksanddeeplearning.com integrated scripts for Python 3.5.2 and Theano with CUDA support
neural-networks-and-deep-learning
Code samples for my book "Neural Networks and Deep Learning"
introduction_to_ml_with_python
Notebooks and code for the book "Introduction to Machine Learning with Python"
ADRC
v1
pyda-2e-zh
:book: [译] 利用 Python 进行数据分析 · 第 2 版
deep-learning-from-scratch
Source code from the book 【深度学习入门-基于Python的理论与实现】
tensorflow-tutorial
Example TensorFlow codes and Caicloud TensorFlow as a Service dev environment.
Particle-Swarm-Optimization-Based-Maximum-Power-Point-Tracker-Algorithm
Photovoltaic cell characteristic is nonlinear whose output power varies as function of the irradiance and temperature. The reason for the non linear is because, the value of irradiance and temperature changes throughout the day, thus decreasing the output efficiency. Also, the efficiency of these Photovoltaic modules is not satisfied by the power requirement. Hence, an algorithm to increase the efficiency of the PV module needs to be designed to solve the discrepancies among the efficiency of the cell and the power requirement. Hence, the objective of this project is to design and model the Particle Swarm Optimization assisted MPPT algorithm and enhance the efficiency of the photovoltaic system.
ADRC-1
ADRC Controller