stm32f103flash写入

把区域划分成矩形网格，找到每个网格的中心点，把每个网格当做一个圆环计算每个圆环的磁场，然后调用linprog函数就求出场分布了。不要求你把线圈矩形化，也不要求屏蔽场。(The region is divided into rectangular grids and the center points of each grid are found. Each grid is used as a circle to calculate the magnetic field of each ring, and then the field distribution is called by the linprog function. It does not require you to rectangle the coil, nor does it require shielding.)

描述 其中，A为入口，B为出口，S为中转盲端。所有铁道均为单轨单向式：列车行驶的方向只能是从A到S，再从S到B；也可以不在S中驻留，直接从A驶向B；另外，不允许超车。因为车厢可在S中驻留，所以它们从B端驶出的次序，可能与从A端驶入的次序不同。不过S的容量有限，同时驻留的车厢不得超过m节。(A train dispatching station rail connection structure as shown.)

1、Cmos Sensor OS 测试； 2、主控单片机型号：STC15F4K60S4 3、模拟电子开关：CD4051 CD4067BM96 4、单片机控制模拟电子开关自动采集被测Sensor 各PIN的导通压降，将数据通过串口 发送至上位机，上位机接收数据并对数据进行分析判断，给出最终的OS测试结果； 5、单片机10位精度AD 电压采集； 6、支持单片机串口通信；(1, Cmos Sensor OS test 2, the master SCM model: STC15F4K60S4 3, analog electronic switch: CD4051 CD4067BM96 4, the microcontroller controls the analog electronic switch automatically collect test each PIN Sensor voltage drop, sending data to upper computer through the serial port, the PC receives the data and data analysis to determine, given the final OS test results 5, the microcontroller 10 AD precision voltage acquisition 6, support for single-chip serial communication )

说明：  51单片机，功能包含流水灯，数码管，等一系列本科课设需要的文件，通过c语言实现(51 single chip microcomputer, including functions of water lamp, digital tube, and a series of undergraduate course requirements of the document, through the c language)

用于信道估计的LS算法仿真 我们对基于信道估计的训练序列进行了一个详细的研究，此种训练序列是用在中继节点的转接放大设计上。(we provide a complete study on the training based channel estimation issues for relay networks that employ the amplify-and-forward (AF) transmission scheme.)

求离散对数的shanks算法，要求如下： 实现计算 Zp 中计算离散对数的 Shanks 算法，基本要求如下： 1）p 是一个小素数( 小于 32 bit )，a 是一个本原元。程序的输入为(p, a, b), 输出为 logab ( mod p) (可以用 log3525 (mod 809)等作为测试)； 2）采用快速模指数算法求幂（如am），采用扩展欧几里得算法求逆（ 如a-i (mod p) ）； 3）采用一种好的排序算法对 L1、L2 排序； 4）采用概率算法（如Miller Rabin算法）自动生成素数 p，采用本原元的充要条件自动生成 a；(Discrete number of shanks on demand algorithm, the following: calculation of Zp calculated to achieve the discrete logarithm Shanks algorithm, the basic requirements are as follows: 1) p is a small prime number (less than 32 bit), a is a primitive element. Process input (p, a, b), output logab (mod p) (can use log3525 (mod 809) so as a test) 2) The fast mode index algorithm to solve the power (such as the am), using extended Euclidean Reed inverse algorithm (such as ai (mod p)) 3) use a good sorting algorithm on the L1, L2 sort 4) using probabilistic algorithms (such as the Miller Rabin algorithm) automatically primes p, using primitive element automatically generate the necessary and sufficient conditions a )

MMM代码在声音跟随机器人上执行声源选择，并激活直流电机，使机器人朝着检测到的较大声源运行。

关于msp430单片机的源代码，里面有很多比较有用的实例讲解，可以很好的利用，特别是对于初学者，是很好的资料(Msp430 microcontroller on the source code, there are many more examples of useful explanations, can be well used, especially for beginners, is a very good information)

基于stm32f407的sd卡数据读写功能，源码数据(Based stm32f407 the sd card data read and write functions, source data)

C# RadioButtonExample