短信是一个很好的文档，大家都会看的。

自动升级程序, 自动升级程序-Automatic escalation procedures, automatic escalation procedures

SIP and IPLink in the Next-Generation Network.pdf 下一代网络中的SIP和IPLink-SIP and IPLink in the Next-Generation Network.pdf next-generation network SIP and IPLink

用FFT实现相关函数快速估计。-using FFT function rapid estimates.

ftp资源搜索工具源代码,可以搜索指定IP段内可匿名登陆的FTP服务器-ftp resources source code search tool can search within specified IP of the landing can be anonymous FTP server

PC104总线协议介绍，虽然是个入门的书，不过对开发和理解pc104很有帮助，做相关开发的可以看看啊-PC104 bus protocol description, though a book entry, but for the development and understanding of pc104 helpful, do take a look at ah related to the development of

principles of wireless communications

介绍一篇极好的编程经验的文章: windowsCE异常和中断服务程序初探-introduced an excellent programming experience article : windowsCE abnormal and interruption of services for the

工学博士学位论文 目前，扩展卡尔曼滤波是研究初始对准和惯性/GPS组合导航问题的一个主要手段。 但初始对准和惯性/GPS组合导航问题本质上是非线性的，对模型进行线性化的扩展卡 尔曼滤波在一定程度上影响了系统的性能。近年来，直接使用非线性模型的 UKF(Unscented Kalman Filtering, UKF)和粒子滤波，正在逐渐成为研究非线性估计问题 的热点和有效方法。 本文研究了UKF和粒子滤波两种非线性滤波方法，并将其应用于非线性静基座对 准和惯性/GPS组合导航，系统地研究了初始对准和惯性/GPS组合导航中各种非线性项-Engineering PhD thesis Currently, EKF is the initial alignment study and inertial/GPS navigation of a major means. However, initial alignment and inertial/GPS navigation on the nature of the problem is nonlinear. on the model of linear expansion of the Kalman filter certain extent affected the performance of the system. In recent years, direct use of the non-linear model (UKF Unscented Kalman Filtering. UKF) and the particle filter, is gradually becoming nonlinear estimation of the hot and effective method. This paper studies the UKF and particle filter both nonlinear filtering method, will be applied to nonlinear static Base Alignment and inertial/GPS navigation, systematic study of initial alignment a

耐心说明您提供的文件包含的内容和具体功能(至少要20-patiently for the document contains the specific content and function (at least 20

直接数字合成(DDS)技术具有信号频率分辨率高、控制灵活、可编程及任意波形输出等优 点-direct digital synthesis (DDS) technology with high resolution signal frequency, flexible control, and programmable arbitrary waveform output advantages