conference_poster_3

8PSK 是一种相位调制算法。相位调制（调相）是频率调制（调频）的一种演变，载波的相位被调整用于把数字信息的比特编码到每一词相位改变（相移）。(8PSK is a phase modulation algorithm. Phase modulation (phase modulation) is an evolution of frequency modulation (frequency modulation), and the phase of the carrier is adjusted to code the bits of the digital information to the phase change (phase shift) of each word.)

两侧可控制的JS左右图片滚动特效代码下载（图片走马灯特效），水平左右风格的图片滚动，两侧的红色按钮可控制图片向右、向左滚动，整体效果平滑自然，代码简洁，如演示截图所示。

说明：  J1979 中文,开发OBD检测的可以参考(J1979 Chinese version, you can refer to the development of OBD detection)

偏微分方程数值解，求解二维波动方程的有限差分法，通过计算机语言编程实现。(Matlab solution code for two-dimensional wave equation)

使用MATLAB下载数据，批量下载，使用url函数(Download data using MATLAB, bulk download, use the URL function.)

说明：  实现抗负载变化扰动的boost电路，输入电压为50V，输出电压为100V。(The boost circuit to resist load disturbances has an input voltage of 50V and an output voltage of 100V.)

说明：  wp-postviews汉化版_浏览次数统计插件(The plug-in can count the number of visits to each article. According to the number of visits, it can display the hottest or the weakest rankings of articles in history. The scope of the display can be all articles and pages. When the plug-in is enabled, it automatically generates a small tool in the appearance-gadget. You can drag it to the sidebar to build a reading ranking and a popular collection waiting column.)

一LSB的数字水印代码,很好用,代码里面有注释说明,学习的源码(The LSB watermarking code, useful, there are annotated code, the source of learning)

说明：  实现IEEE33节点的确定性潮流计算，采用直角坐标系的牛拉法(The deterministic power flow calculation of ieee33 node is realized by using the niula method in rectangular coordinate system)

说明：  This article introduces two new configurations for precision current sources and current mirrors. Both circuits use n-p-n bipolar devices, but one provides a current source while the other provides a current sink. This permits the use of current sources in IC designs implemented with processes that do not allow p-n-p devices. Analog building blocks such as voltage-to-current converters, active loads, and sink and source current mirrors can be constructed from the new circuits using only n-p-n devices. Furthermore, because these circuits achieve the required precision without the use of high-gain amplifiers, the bandwidths of the circuits are large compared to conventional configurations. The source currents are dependent on a single reference voltage and exhibit good temperature sensivitity