图像分析与机器视觉

嵌入式不可多得的参考资料。 主要介绍uClinux在Blackfin处理器上的使用。 包括uClinux简介 交叉编译环境的建立等等有用的叙述。-Embedded invaluable reference. Main Introduction uClinux on the Blackfin processors use. UClinux profile including the establishment of cross-compiler environment, etc. useful narrative.

C语言教程编辑语言VC词汇表 很好的资料，值得一看。-C Language Guide edit VC language glossary good information, an eye-catcher.

cc++头文件一览,cc++头文件说明-c c header files list, the first documented cc

人们在使用SQL时往往会陷入一个误区，即太关注于所得的结果是否正确，而忽略了不同的实现方法之间可能存在的 性能差异，这种性能差异在大型的或是复杂的数据库环 -people in the use of SQL often mired in a dangerous zone, that is too interested in the results is correct, neglect of different implementations may exist between the performance difference This difference in the performance of large or complex database Central

linux安全和优化.pdf-linux security and optimization. Pdf

汇编教程,解说详尽-Compilation of tutorial explain in detail .........................

MSP430 C语言编程的程序堆栈溢出分析-MSP430 C language programming procedures stack overflow analysis

用VC开发ACTIVEX书籍和随书源码-VC development ACTIVEX books and books- source

SOA的相关内容的学习，从企业级别的角度介绍了SOA的部署过程。-SOA learning of relevant content, from the perspective of enterprise-level SOA describes the deployment process.

zemax源码： This DLL models an anamorphic aspheric surface. This surface is essentially an even aspheric surface with different terms for the x and y directions. The sag is given by: Z = ((CX*x*x)+(CY*y*y)) / (1 + sqrt(1-((1+KX)*CX*CX*x*x)-((1+KY)*CY*CY*y*y))) + AR*( (1 - AP)*x*x + (1 + AP)*y*y )^2 + BR*( (1 - BP)*x*x + (1 + BP)*y*y )^3 + CR*( (1 - CP)*x*x + (1 + CP)*y*y )^4 + DR*( (1 - DP)*x*x + (1 + DP)*y*y )^5 Note the terms AR, BR, CR, and DR ... have units of length to the -3, -5, -7, and -9 power. The terms AP, BP, CP, and DP are dimensionless. The surface is rotationally symmetric only if AP = BP = CP = DP == 0 and CX = CY and KX = KY. -ZEMAX source: This DLL models an anamorphic aspheric surface.This surface is essentially an even aspheric surface with different terms forthe x and y directions.The sag is given by: Z = ((CX* x* x)+ (CY* y* y))/(1+ sqrt (1- ((1+ KX)* CX* CX* x* x)- ((1+ KY)* CY* CY* y* y)))+ AR* ((1- AP)* x* x+ (1+ AP)*