计算误码率

介绍了python黑客功防所需要使用的各个技术，及其方法(python Hacker defence)

又是一宽经典手机游戏，让大家在手机上领略游戏的魅力，操作简单！画面漂亮-is a classic wide mobile phone games, we appreciate the phone on the game"s charm, simple! Beautiful picture!

电力系统计算潮流通常要归算标么值，用这软件能快速计算-Trend of power system computation usually Reduction superscript Mody value, using this software can quickly calculate

当司机在一个地方没有油时，它应该在去那个地方去加油，走那条路为够更好的为他（她）服务，这条路又会经过那些地方， 系统会生成一个解决方案为司机提供一个选择的机会。-when the driver in a place without oil, it should go to those places to refuel and which way to go to better enough for him (her), this road will go through, system will generate a solution for the drivers an opportunity to choose.

说明：  王兆安版电力电子书籍每章内容的各个模型仿真，仿真内容很详细，每个仿真模型均可成功调试。(Wang Zhaoan version of the power electronic books each chapter of the model simulation, the simulation content is very detailed, each simulation model can be successfully debugged.)

该程序用于计算和可视化Lamb波的传播模式(The Mode shape program is a tool for the calculation and visualization of Lamb wave propagating modes.)

ILSpy .NET反编译工具，反编译出类似源代码(ILSpy .NET Reverse compile tool)

this example is about ADC of STM32F407

说明：  WIRELESS COMMUNICATION

储能系统在微电网的运行控制中起到了重要的作用， 研究了超导磁储能和蓄电池储能系统的储能变流器在微电 网中的控制策略。基于比例积分(proportional-integral，PI) 控制的储能变流器已广泛应用于微电网中，以实现双向的功 率传输。然而，由于储能变流器具有高度的非线性和耦合性， PI 控制器无法实现令人满意的鲁棒性。因此提出了一种基 于互联和阻尼配置方法的能量成型控制策略，用于改善微电 网中混合储能系统储能变流器的鲁棒性。(Energy storage system plays an important role in operation and control of microgrid. Control strategies of converters of superconducting magnetic energy storage (SMES) system/battery hybrid energy storage system (HESS) in microgrid are studied in this paper. Energy storage converters are widely used in microgrid for achieving bidirectional power transmission based on proportional-integral (PI) method. However, PI controllers are not satisfactory in robustness due to high nonlinearity and coupling characteristics. Thus, this paper proposes an energy shaping (ES) control based on interconnection and damping assignment (IDA) to improve robustness of HESS converters in microgrid. Design process includes three steps: construction of port-controlled Hamiltonian (PCH) model, setting of desirable equilibrium and solution of energy matching equation.)