design_Builder1

1、单向通信 向甲方连续不断地发送变量a的值，未按键，a=0x0f，按键后根据按键确定a值；并将a的值取反从P0口输出，控制D0、D1、D2、D3相应点亮。乙方接收到数据并偶校验正确后，将接收数据取反从P0口输出，控制D0、D1、D2、D3相应点亮。 2、双向通信 甲方连续不断地发送变量a的值，未按键，a=0x0f，按键后根据按键确定a值；乙方未按键不发送，按键后将乙方按键得到的a*16发送；甲乙双方都将发送数据与接收数据相或后再取反，从P0口输出控制D0—D7相应点亮。 3、间隔发送 未按键，甲方不发送数据，按键后甲方每隔50ms连续发送4个字节：0xff、a、a、a。 乙方只在收到甲方数据0xff后的3个数据并验证相同时，才将接收数据*16发送。 甲乙双方都将发送数据与接收数据相或后，从P0口输出控制D0—D7相应点亮。(1. One-way communication The value of variable a is continuously sent to Party A without key, a = 0x0f. After the key is pressed, the value of a is determined according to the key; and the value of a is output from P0 port to control the corresponding lighting of D0, D1, D2 and D3. After receiving the data and checking it correctly, Party B will output the received data from P0 port and control D0, D1, D2 and D3 to light up accordingly. 2. Two-way communication Party A continuously sends the value of variable a without key, a = 0x0f, and determines a value according to the key after the key; Party B does not send the key without key, and sends the a*16 obtained by the key after the key is pressed; Both parties will send the data to or from the receiving data, and then retrieve the data and control D0-D7 from the P0 port to light up accordingly. 3. Interval Sending Without keys, Party A does not send data. After keys, Party A sends 4 bytes continuously every 50 ms: 0xff, a, a.)

在MATLAB中显示了WCDMA的仿真，并在SIMULINK中仿真通过-WCDMA is shown in the MATLAB simulation and the simulation by SIMULINK

信捷PLC控制2轴伺服！！！！！！！！1(Two-axis Servo Controlled by Xinjie PLC)

常用元器件PCB封装大全，包含各种常用器件的封装，给设计带来方便-Encyclopedia of components commonly used PCB package, including a variety of commonly used device package, designed to bring convenience to

source code about game mobile

说明：  计算梁单元的形函数，单位质量矩阵等，及其有限元组装，模拟运动情况。(The shape function and unit mass matrix of the beam element are calculated, and its finite element assembly is carried out to simulate the motion.)

说明：  LC并联谐振的MATLAB仿真模型，可以验证并联谐振(MATLAB simulation of LC parallel resonance)

半透明的C#圆形状时钟，圆形电子表，指针风格的电子时钟特效，基于VS2008编写，本程序看上去是一个时钟程序，实则很多技巧来源于窗体编程，比如设置窗体透明度、是否显示电子表边框、开启自启动、在托盘显示图标、窗体置顶、自动隐藏等，对学习C#的窗体编程有不小的帮助。

基于GNN神经网络的系统仿真，具有较好的仿真效果。(Based on GNN neural network system simulation, has a good simulation results.)

说明：  该文件为半桥式双向dc-dc充放电的仿真，仿真中含有蓄电池，并模拟了电压阶跃(This paper is the simulation of half bridge bi-directional DC charging and discharging, in which the battery is included and the voltage step is simulated)