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空时自适应信号处理(精) 清华大学学术专著图书空时自适应信号处理（STAP）是相 控阵机载雷达杂波抑制与目标检测的关键技术，已成为雷达界研究方向。(Space-Time Adaptive Signal Processing (STAP), the academic monograph of Tsinghua University, is the key technology of clutter suppression and target detection for phased array airborne radar, and has become the research direction of radar field.)

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说明：  1. 硬件接线 （1）调试串口(UART_Debug)使用UART2，在“printf.h”文件中宏定义， 对应引脚为TX-PTD7，RX-PTD6 （在“uart.h文件中宏定义）。 （2）灯0~3（LIGHT_0~LIGHT_3）对应的引脚是PTC0~PTC3，高电平点亮（由硬件接法决定） （3）SPI0_CLK对应的引脚是PTE0， SPI0_MOSI对应的引脚是PTE1， SPI0_MISO对应的引脚是PTE2，SPI0_PCS对应的引脚是PTE3， SPI1_CLK对应的引脚是PTG4， SPI1_MOSI对应的引脚是PTG5， SPI1_MISO对应的引脚是PTG6，SPI1_PCS对应的引脚是PTG7。 （4）SPI0作为master,SPI1作为slave，SPI1接收SPI0发送的数据并产生中断。 用导线将PTE0与PTG4对接，将PTE1与PTG5对接，将PTE2与PTG6对接，将PTE3与PTG7对接。(1. Hardware wiring (1) Debugging Serial Port (UART_Debug) uses UART2, macro-defined in "printf.h" file, corresponding pins are TX-PTD7, RX-PTD6. (macro definition in the uart.h file). (2) The pins corresponding to the lamp 0~3 (LIGHT_0~LIGHT_3) are PTC0~PTC3, and the high-level lighting is determined by the hardware connection. (3) The pin corresponding to SPI0_CLK is PTE0, and the pin corresponding to SPI0_MOSI is PTE1. The pin corresponding to SPI0_MISO is PTE2, and the pin corresponding to SPI0_PCS is PTE3. The pin corresponding to SPI1_CLK is PTG4, and the pin corresponding to SPI1_MOSI is PTG5. The pin corresponding to SPI1_MISO is PTG6, and the pin corresponding to SPI1_PCS is PTG7. (4) SPI0 acts as master and SPI1 acts as slave. SPI1 receives data sent by SPI0 and generates interruption. PTE0 and PTG4 are docked by wire, PTE1 and PTG5 are docked, PTE2 and PTG6 are docked, PTE3 and PTG7 are docked.)

说明：  ros RTK驱动，可用于ROS开发，需要建立ROS工作空间(This is driver in ROS, used to ROS)

河北工业大大一至大二学期，课程设计源码，课程题目是猜字游戏，希望对大家有所帮助，特别是河北工业大学的同学。-failed to translate

石器时代2.5源代码 适合自己研究 有兴趣的朋友可以自己看看(Stone Age 2.5 source code suitable for their own research interested friends can see for themselves)

说明：  使用Labview软件进行经验模态分解得到本征模态函数(A VI used for Empirical Mode Decomposition before Hilbert-Huang transformation.)

说明：  这是对refinenet的轻量级实现，可以进行实时语义分割(Light-Weight RefineNet for Real-Time Semantic Segmentation)

说明：  与自适应阵列技术不同，空间谱估计侧重于研究空间多传感器阵列所构成的处理系统对感兴趣的空间信号的多种参数进行准确的估计的能力，主要目的就是估计信号的空域参数或信源位置。(A algorithm Spatial spectrum estimation)

说明：  Java面试题，只是上传数据换取数据，请见谅(Java interview questions are compressed, others are uploaded later)