▍1. SC16C554_SC16C654_SC16C554B_SC16C654B_ISA
SC16C554/SC16C654/SC16C554B/SC16C654B ISA 总线硬件接口示例
SC16C554/SC16C654/SC16C554B/SC16C654B ISA 总线硬件接口示例
技嘉8GPNXP DUO主板电路图 只有PDF,内有原理图,比较详细,需要线路板图的勿下!(8GPNXP DUO GIGABYTE motherboard circuit only PDF, there are schematic, more detailed, the need for circuit boards not under the map!)
说明: 在本书中介绍了控制领域的随机控制的基本理论,对于随机控制的入门有很大帮助(In this book, introduced to control the area of the basic theory of stochastic control, stochastic control for the entry of much help)
本书为杨小牛的《软件无线电原理和应用》,供学习软件无线电的同学参考(Yang Mavericks book for the )
介绍了一种基于低成本CMOS摄像头的智能监控系统,实现了现场监控的实时化、智能化。系统可自动判别危险程度,可分别提供绿色、黄色和红色报警信息,并驱动相关附属设备工作。针对图像传输过程中的噪声,系统采用了对噪声图像使用局部算子的滤波技术来提高图像质量。根据对静态图像进行三原色分离后误差域的研究,达到背景与图像分离的目的,成功实现了图像的获取和处理。在低成本投入下,以简单的配置和简便的操作达到了高性能监控系统的功能。(Introduce a low-cost CMOS camera-based intelligent monitoring system, realize the scene in real-time monitoring and intelligent. The system can automatically determine the degree of risk, they can provide green, yellow and red alarm information, and drive the work-related ancillary equipment. For image transmission in the process of noise, system noise images of the use of local filtering operator technology to improve image quality. Based on static images RGB domain after the separation error research, background and images to achieve the purpose of separation, the successful implementation of the image acquisition and processing. Input in the low-cost, simple configuration and easy to operate to achieve a high-performance monitoring system.)
dell latitude d820 notebook Schmatices 戴尔笔记本原理图(dell latitude d820 notebook Schmatices Dell laptop schematic diagram)
文中利用频谱分析与显示技术,设计适合短波信号的实时频谱分析仪。(In this paper, the use of spectrum analysis and display technology, design suitable for short-wave signals in real-time spectrum analyzer.)
:介绍了一种基于数字信号处理器(DSP)的移相调频(Phase-Shifted and Frequency-Varied,PSFV)PWM控制 逆变电源,给出了主电路拓扑结构,分析了其控制原理并设计了其控制程序流程图。新颖的PSFV 控制能够实现输出 电压90%的调整率,输出电流波动小于单纯移相调功PWM方式,并在轻载时保持连续。功率开关器件零电压零电流 通断(Zero-Voltage-Zero-Current Switching,ZVZCS)软开关的实现,有利于进一步提高开关频率和降低开关损耗。采用 高性能的专用DSP 芯片TMS320F2812 实现了系统的数字控制,满足了系统控制的灵活性和实时性,减小了系统的 体积和生产成本。仿真分析和实验结果证明了此控制模式的可行性与合理性。()
INS_GPS导航中联邦卡尔曼滤波算法 INS_GPS导航中联邦卡尔曼滤波算法(INS_GPS federal navigation Kalman filter algorithm INS_GPS federal navigation Kalman filter Algorithm)
卡尔曼1960年原著论文,英文原版,详细的理论推倒,具有较高的学术价值(Kalman 1960 original papers, the English original, detailed theoretical overturned, with high academic value)