Radar_Principles

大学C++ 课程 模板PDF版 授课内容 详细(University C++ course template PDF version taught detailed)

英文教材：《深入浅出，使用python编程》(python learning in English)

一种基于FPGA实现的FFT结构 调从基本元器件开始的计算机硬件系统的设计与实现,大多设置在自动控制系,形成了与应用系统结合的计算机教育。 1966年多处理器平台FPGA 学习目标 (1) 理解为什么嵌入式系统使用多处理器 (2) 指出处理器中CPU和硬件逻辑的折衷 (FPGA-based FFT realize the structure of the tune from the beginning of the basic components of computer hardware system design and implementation, most of them located in the Automatic Control Department, formed a combination and application of computer education system. 1966 multi-processor FPGA platform for learning goals (1) to understand why the use of multi-processor embedded system (2) pointed out that the processor CPU and the hardware logic of compromise)

说明：  Reset senha DVRs NvSip or XVR Pro

高质量c++编程指南：教你如何编写风格良好，可读性高的程序(High-quality c plus Programming Guide: teach you how to write programs with good style and high quality)

超小波分析与应用的讲义，包含2、3、4、7、8、9章内容，有塔式算法、脊波和曲波变换、Surfacelet变换等(The the super wavelet analysis and application of handouts, 2,3,4,7,8,9 chapter, tower algorithm, ridgelet and curvelet transform, Surfacelet transform etc.)

使用《自动化学报》《中国科学》或其他期刊latex模版时,如提示缺少psfig.sty则需要将这个文件添加到latex模版目录中。(When using the " Automation Technology" , " Chinese Science" or other periodicals latex templates, such as the lack of psfig.sty tips you need to add this file to latex template directory.)

说明：  采用Laser - PVDF 实验系统对纳米AlP/ SiO2 中激光超声信号进行采集. 利用小波的多尺度分解、重 构和消噪功能,提取出直达波及其反射回波,测量了时间间隔和纳米AlP/ SiO2 的纵波声速. 结果证明小波变换 的方法能有效地处理复杂激光超声信号.(Using Laser- PVDF experimental system of nano-AlP/SiO2 Laser ultrasonic signal acquisition. Using wavelet multiscale decomposition, reconstruction and de-noising function, extracted from direct wave and its reflection echo measured time interval and nano-AlP/SiO2 of the longitudinal wave speed of sound. wavelet transform results show that the method can effectively deal with the complexity of laser ultrasonic signals.)

最新CodeIgniter 中文用户指南 版本 2.2.0, chm 文件，重新编译,离线查看。(CodeIgniter 2.2.0 .chm)

Lista 02 de Fisica Quantica (Max) da Universidade Federal do ABC.