clock

说明：  与经典的方法相比，使用具有长时间记忆细胞的递归神经网络(RNN)不需要或几乎不需要特征工程。数据可以直接输入到神经网络中，神经网络就像一个黑匣子，可以正确地对问题进行建模。其他研究在活动识别数据集上可以使用大量的特征工程，这是一种与经典数据科学技术相结合的信号处理方法。这里的方法在数据预处理的数量方面非常简单(Compared with the classical methods, the recursive neural network (RNN) with long-term memory cells does not need or almost need feature engineering. Data can be directly input into the neural network, which acts as a black box and can correctly model the problem. Other research can use a lot of Feature Engineering on activity recognition data sets, which is a signal processing method combined with classical data science and technology. The method here is very simple in terms of the number of data preprocessing)

labview中表格的应用和时间日期的提取，将数据输入到表格中-LabVIEW Application Form Date and time of extraction, the data entered into the table

利用PSCAD对光伏电池的并网控制进行了仿真，利用扰动增量法，可实现最大功率输出(The grid connected control of photovoltaic cell using PSCAD simulation, using the perturbation incremental method can achieve maximum power output )

采用美国adi公司的bf系列，基于bf533的ez-kit平台的tft液晶屏显示图像功能的代码-Adoption of the United States adi

说明：  基于强化学习的Double DQN算法实现的小案例。(A small case of Double DQN algorithm based on reinforcement learning.)

说明：  sinmulink实现多个机器人按照给定的规划路径移动并保持规划好的编队队形，避免与其他对内的机器人相撞。(Sinmulink realizes that multiple robots move according to a given planned path and maintain the planned formation to avoid collisions with other robots in the pair.)

这是使用j2me编写的连连看游戏，很精彩的哦。不信可以下来玩玩。-is prepared to use the 1000 block of Terry Avenue J2ME games, oh very good. Letters can not play down.

ST7735小液晶屏在STC51单片机上使用的控制代码，这个代码晚上不太好找，所以上传到这里共享下，同时也给自己备份下。(ST7735 small LCD screen in the use of STC51 microcontroller control code, this code is not easy to find in the evening, so upload to share here, but also to their own backup.)

用vb实现的系统时间程序,学vb的同学可以看看,用到很多控件(Using vb to realize the system time program, learn from vb students can see, use a lot of controls)

利用光的衍射原理， 得到了衍射光栅的光强解析表达式，继而利用MATLAB软件强大的绘图功能，对光强分布的一维、二维图像进行模拟和仿真研究。(Using the diffraction principle of light, the analytical expression of the intensity of the diffraction grating is obtained, and then the one-dimensional and two-dimensional images of the light intensity distribution are simulated by using the powerful drawing function of MATLAB software.)