搜索资源列表
GPS-51
- 51单片机接收GPS数据的算法与实现.GPS接收与发送-51 single-chip GPS receiver data and implementation of the algorithm. GPS receiver and send
files(sunbinseeker@163.com)
- 本文件绝对原创！内附源代码与流程图，介绍MSP430F149通过与型号为XY15M的GPS模块间的RS232通讯，读取其其经纬度信息并进行滤波，同时经过另一个Rs232口输出给PC机。-This files is absolutely created by current author! there are c code and flow chart！ It introduces that the MCU of MSP430F449 communicates with GPS of XY15M
gps-suanfa
- 8051的gps算法，做gps的朋友可以看看，希望有所帮助。-8051 gps algorithm, do gps friends can see, I hope help.
A-new-calibration-algorithm
- 干涉参数定标对于机载双天线InSAR（Interferometric Synthetic Aperture Radar）系统的大面积高精度数字高程模型（DEM，Digital Elevation Model）获取具有重要意义。为了高效地进行干涉参数定标，本文从双天线InSAR获取DEM的基本原理出发，构建了一种新的考虑干涉相位偏置、基线长度和基线水平角三个干涉参数的外定标模型，设计了外定标模型的未知参数解算方案。利用GPS（Global Position System，全球定位系统）实测的高程控
CarkDetecttions
- This project proposes a cost effective yet robust solution to the problem of railway crack detection utilizing a method that is unique in the sense that while it is simple, the idea is completely novel and hitherto untested. The paper discusses the t
qhiff
- Based on wavelet transform digital watermarking algorithm matlab code, Future line prediction, error analysis, Several new methods sar image denoising.
nppqy
- Chaos-based simulated annealing algorithm, Image optical flow calculation matlab program, Convolution operation is intended to signal and image rendering.
bi531
- Use of natural gradient algorithm, There ULA CRB curve, Principal component analysis model for establishing.
nu331
- GPS and INS navigation program, cordic matlab simulation algorithm, allan FOG output error variance analysis.
nan_v69
- Course designed to prepare the matlab program code, Algorithm optimization is very good, almost no circulation, Wavelet packet analysis to extract vibration signal characteristic frequency.
NamelessCotrunQuad_V1.7.5.1
- 参考国内外主流 飞控（APM、 Pixhawk、 Autoquad、 MWC、 CC3D、 INF、 ANO、 LIGHT 等） 的算法与整体 框架的进行深入学习基础上， 经过软、 硬件的精心设计， 继承与发展， 目前飞控整体功 能相对完善， 主要功能有： 姿态自稳、 超声波、 气压计定高， 低空光流定点悬停、 户外 GPS 定点， GPS 模式下定速巡航、 一键返航着陆等功能， 涵盖飞控学习主要核心算法： 传感器滤波（一阶 RC、 二阶巴特沃斯、 带阻滤波、 陷波滤波等） 、 姿态解