magetic bearing simu

两路交错并联Buck电路仿真,可以运行。两路完全相同,目的是为了提高功率减少输出电压纹波。(Two Interleaved Buck circuit simulation can be run. Two identical, the purpose is to increase the power to reduce the output voltage ripple.)

使用预定义函数erfc在MATLAB中构建Q函数。 在相同的图中绘制分析BER对于BPSK和QPSK的Eb / N0（0-15 dB）(Build a Q-function in MATLAB using a predefined function erfc. Plot the analytical BER vs. Eb/N0 (0-15 dB) for BPSK and QPSK in the same figure)

说明：  哈尔滨工业大学,visual basic,编程课件，第3章(Harbin University of Technology, Visual Basic, Programming Courseware, Chapter 3)

一个国外的代码，仿造虚拟城市制作，矢量风格，十分优秀。-A foreign code, modeled after the production of virtual city, Vector style, very good.

SQL速成、 SQL速成、 -intensive SQL, SQL intensive, accelerated SQL, SQL inten sive,

temperature_sampling_source_code_base_on_DS18B20 基于DS18B20的温度采样原程序(C),编译通过,很好用,大家-temperature_sampling_source_code_bas e_on_DS18B20 based on the temperature DS18B20 original sampling procedures (C), compile, useful, we look at

对海量图像进行分块索引，可以不限数据量大小对图像进行漫游。 使用办法，首先选择图像处理中导出索引这一功能，将海量的BMP图像格式转换为自定义的img格式，再在打开菜单中打开IMG格式的影像，就可以完成对海量数据的浏览，数据量不受内存限制，只受硬盘大小限制，另外该软件还包括其他一些图像格式之间的转换，主要用在GIS领域-Images of the mass block index, you can open the volume of data roaming size image. Use practices, the first choice of image processing to export the index of this function, will be massive conversion of the BMP image format for custom img format, and then open the menu opens in IMG format images, you can complete the huge amount of data browsing, data not subject to memory limitations, only by hard drive size limit, while the software also includes a number of other conversion between image formats, mainly used in the field of GIS

可实现Tsai两步法及张正友算法的相机单目标定，内有说明文档，最后得到内外方位元素(Single camera calibration of a Tsai two step camera and zhang zheng you algorithm)

ngat ngoai cho stm32f103

说明：  元胞自动机（ CA ）是一种用来仿真局部规则和局部联系的方法。典型的元 胞自动机是定义在网格上的，每一个点上的网格代表一个元胞与一种有限的状 态。变化规则适用于每一个元胞并且同时进行。典型的变化规则，决定于元胞的 状态，以及其（ 4 或8 ）邻居的状态。元胞自动机已被应用于物理模拟，生物 模拟等领域。本文就一些有趣的规则，考虑如何编写有效的MATLAB 的程序来 实现这些元胞自动机。(Cellular automata (CA) is a method to simulate local rules and local connections. A typical cellular automata is defined on a grid. The grid at each point represents a cell and a finite state. The change rule is applicable to every cell and is carried out at the same time. The typical change rule depends on the state of cell and its (4 or 8) neighbor. Cellular automata has been used in physical simulation, biological simulation and other fields. Based on some interesting rules, this paper considers how to write an effective matlab program These cellular automata are implemented.)