搜索资源列表
UWBINDOORDIFFUSIONCHANNELMODEL
- 国外的一篇最新的关于UWB室内定位方面的博士论文，水平很高-Abroad on a latest UWB indoor positioning doctoral thesis, the high level
UWB
- IEEE官网上的关于UWB的源代码，由于信道仿真，对研究UWB室内定位的用户很有帮助-IEEE UWB official line on the source code, because channel simulation, the study of UWB indoor positioning the user helpful
UWB
- 基于超宽带UWB技术的高精度定位系统,位置精度可达到30cm。是目前室内定位应用的一个好的选择。-The locating system is based on UWB (Ultra Wide Band) technology, and the accuracy is 30cm. It s good choice for indoor and outdoor locating application
UWB-indoor-location-algorithm-based
- 基于EEMD的全质心UWB室内定位算法结合了EMD算法的改进版-UWB indoor location algorithm based on EEMD
UWB
- 资料主要是decaWave官方资料，提供DWM1000模块的开发资料，此芯片是室内精确定位的芯片，芯片体积小，功耗低，功能强大。-Data is mainly decaWave official information, DWM1000 module to provide the development of information, this chip is the precise positioning of the chip, t
threedemion
- 基于TDOA算法的卡尔曼滤波，用于室外GPS或室内UWB定位-based on TDOA，used for location in GPS and UWB
UWB2
- UWB室内定位上位机软件工程，含源码，对输入计算机串口的数据进行解算，利用三边定位算法图形化显示目标位置-UWB positioning windows software
UWB
- UWB实现室内的厘米级别的定位，用于毕业设计当中 室内定位(UWB Indoor positioning)
参考资料
- 超宽带系统链路matlab仿真程序 超宽带系统简单仿真平台，有简单界面.包括可替换的脉冲成型（半余弦脉冲）、IEEE802.15.3a的修正SV信道、最大似然信道估计、Rake接收机等模块，可以实现monte carlo仿真求误码率。可添加多址接入、编码等功能（维特比编解码、帧同步的程序由本人同学编写）。(Ultra wideband UWB system link matlab simulation program simple sy
uwb.rar
- 超宽频室内定位，采用STM32与DWM1000模块通信，定位精度达10cm。(In ultra wideband indoor positioning, STM32 and DWM1000 module are used to communicate, the positioning accuracy is up to 10cm.)
cpp-atlas-1.0
- 这是一个UWB室内定位的源代码，里面包含各种程序用到的函数的解释，举例等等，对初学者有很大帮助。(A novel approach for a multi-user time-difference of arrival based localization system using wireless clock synchronization.)
SnailRTLS_Release_20170222_V1.0
- DW1000开发板演示软件，有助于研究UWB室内定位的技术(DW1000 development board demonstration software)
DWM1000
- DWM1000室内定位源码，UWB超带宽室内定位。(DWM1000 indoor location source code, UWB ultra bandwidth indoor location.)
UWB算法程序
- 超宽带UWB室内定位算法,程序，matlab版(Ultra wideband UWB indoor positioning algorithm, program, matlab Edition)
UWB定位
- UWB1000模块测试所得数据初步处理之后，已知锚点的坐标，可利用该文件里的程序解算标签三维位置。(After preliminary processing of data obtained from UWB1000 module test, the coordinates of anchor points are known, and the program in this file can be used to calculate