Riemann-Liouville抽象分数阶松弛方程，梅占东，金瑞，本文研究抽象分数阶松弛方程。提出了Riemann-Liouville分数阶$(lpha,eta)$预解式的概念并得到了一些相关性质。结合这些性质和一般的Mittag-L

随机单位承诺 公式和双重优化算法主要借鉴了Anthony Papavasiliou的工作： 将可再生能源与需求延缓耦合 作者：帕帕瓦西里乌（Papavasiliou），安东尼（Anthony）博士，加利福尼亚大学伯克利分校，2011，99； 3499039 解决原始问题 $Pythonmain.py 解决线性松弛 $ python main.py --relax 解决线性松弛+舍入算法 $ python main.py --relax --round 拉格朗日分解和次梯度优化 $ python main.py -分解 $ python main.py -分解--nar 6 --epsilon 0.01 -

Style Transfer by Relaxed Optimal Transport and Self-Similarity (CVPR 2019)

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基于HRRP和RELAX算法的雷达目标识别，RELAX算法比较经典，适合新手练习。

A 36MHz Relaxation Oscillator with ±0.2% Temperature Variation for MCU Application，万字文章，十分详细，中文 A 36MHz Relaxation Oscillator with ±0.2% Temperature Variation for MCU Application，万字文章，十分详细，中文 A 36MHz Relaxation Oscillator with ±0.2% Temperature Variation for MCU Application，万字文章，十分详细 A 36MHz Relaxation Oscillator with ±0.2% Temperature Variation for MCU Application，万字文章，十分详细 A 36MHz Relaxation Oscillator with ±0.2% Temperature Variation for MCU Application，万字文章，十分详细

4包括一维信号重构、雷达目标识别、谐波检测等

matlab程序( yalmip+cplex)复现自《二阶锥松弛在配电网最优潮流计算中的应用_陈怀毅》 最优潮流计算是电网规划、优化运行的重要基础。首先建立了配电网全天有功损耗最小化的最优潮流计算模型；其次结合辐射型配电网潮流特点建立支路潮流约束，并考虑配电网中的可控单元，包括分布式电源和离散、连续无功补偿装置，建立其出力约束，该模型为非凸非线性模型；然后通过二阶锥松弛将该模型转化为包含整数变量的二阶锥规划模型，采用YALMIP建模工具包以及cplex商业求解器对所建模型进行求解；最后通过对IEEE 33节点设计算例，验证了所用方法的有效性。

Soft-Boundary Label Relaxation with class placement constraints

离线安装包，亲测可用