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5_1TheArray
- 一个冒泡法排序(升序)的例子再进一步学习SPCE061A的编程,及调试。还有试验指导书,在电子书籍里找
qqqq
- 51单片机的一些程序有:I2C脉宽调制器 PC红外遥控接收程序 串行LCD 比较排序法 编程器程序 -Some procedure of 51 machine have:The I2 C vein breadth make the machine PC red the outside control from a distance to receive the procedure string a line LCD comparison the row preface method plait
Paixu
- 由小到大的排序使用冒泡法完成。9S12DG128的程序。-Introduction to assembly language programs are running on the 8086 system.
array_sort51mcu
- 数组的冒泡法排序在51单片机上演示,通过COM口传到PC上显示,硬件节约资源-Bubble sort method demonstrated in the 51 SCM
STC12C5202AD-AD
- 文件名:STC12C5202AD-AD 用STC12C5202AD做了一个AD检测,为了使检测的数据稳定,AD的滤波方式是排序法滤波。-fileName:STC12C5202AD-AD with STC12C5202AD to have a AD test,and in order to let the testing data stably,the feltering way is ranking filter
maopaofapaixu
- 基于单片机学习板的Keil环境下可以成功调试,是冒泡法排序的演示程序-The Keil Microcontroller learning board-based environment can successfully debug, is bubbling to the law sort of demo program
digital--filter
- 数字滤波器,有比较排序法、中间值滤波法,信号处理的朋友可以借鉴一下-digital filter is useful for you
430-SHILICX
- 目录:1. 堆栈时钟初始化 2. RAM自测子程序 3. 二进制转化为BCD码(二进制16位(65536)放R15,结果放R4,R5) 4. BCD码转化为二进制(BCD码放R4,二进制放R5) R5=XO+10*(X1+10*(X2+10*X3)) 5. BCD码转化为二进制(BCD码放R4,二进制放R5)R5=XO+10*X1+100*X2+1000*X3 6. 冒泡排序法(适合20个数字以下) 7. X=a^+b^(a为2个字节,b为2个字节,X为3个字
MSP430--16X16
- 目录:1. 堆栈时钟初始化 2. RAM自测子程序 3. 二进制转化为BCD码(二进制16位(65536)放R15,结果放R4,R5) 4. BCD码转化为二进制(BCD码放R4,二进制放R5) R5=XO+10*(X1+10*(X2+10*X3)) 5. BCD码转化为二进制(BCD码放R4,二进制放R5)R5=XO+10*X1+100*X2+1000*X3 6. 冒泡排序法(适合20个数字以下) 7. X=a^+b^(a为2个字节,b为2个字节,X为3个字
max197
- 基于单片机和max197的电压检测程序,包含冒泡排序法,量程自动转换,max197的驱动程序-Based on SCM and max197 voltage detection procedures, including bubble sort, automatic conversion range, max197 driver
adc
- STM8S的ADC采样配置,拿来就可以用,已经调试过。采样值采用求平均的方法,当然也可以采用冒泡排序法,看自己的需求。-STM8S ADC sample configuration used can be used, it has been tuned. Samples using the averaging method, of course, can also be used bubble sort method, see their needs.
Cpp1109
- c++ plamer法排序Palmer启发式算法是基于作业的加工时间按斜度顺序指标排列作业的启发式算法。按机器的顺序,加工时间趋于增加的作业被赋予较大的优先权数。-c++ plamer Act Sort Palmer heuristic algorithm is based on the operation of the processing time as a gradient sequence with operation indicators heuristic algorithm. Ac