资源列表
telecommunications
- 电信渠道终端后台管理系统 C++结合Ncurse图形界面开发-Telecom the channel terminal Admin system C++ combined with Ncurse graphical interface development
PFscheduler
- LTE上行中传统用户和点到点用户的比例公平算法-Proportional Fair(PF) scheduling algorithm for both cellular and d2d users in LTE uplink
wifindisport
- 比较实用的室内定位算法代码。有详细说明。-Practical indoor positioning algorithm code. There are described in detail.
TCM-CODE_matlab
- 首先简单分析了TCM编码的基本原理，然后对TCM进行了仿真，获得TCM编码的性能分析-First, a simple analysis of the basic principles of TCM coding, simulation and then on TCM, TCM coded performance analysis
RayleighaRice
- 包含有Rayleigh信道、Rice信道和Lognormal分布的生成函数，以及依次产生具体信道并与理论概率密度分布曲线对比的程序-Contains Rayleigh channels, Rice channels and Lognormal distribution generating function, and in turn produce specific channel and theoretical probability density distribution curve co
ZF-MMSE-equalizer-
- 完成Zero-forcing,MMSE的均衡器以及带feedback的据衡器 比较各自的误差率的matlab代码-Complete Zero-forcing, MMSE equalizer with feedback of data Weighing respective error rate matlab code
zuiyouhualilunyufangfa
- 最优化理论与方法的书籍，是学习最优化非常有用的书。希望共享给大家。-Optimization theory and method books, learn optimization a very useful book. I hope for everyone to share.
Snow-3G
- Snow 3G的实现 输入参数K COUNT-C BEARER DIRECTION以及明文Plaintext 可以得到要求的密钥流 实现加密-The Snow 3G realization of input parameters can be obtained for K COUNT-C BEARER DIRECTION and plaintext Plaintext requirements keystream achieve encryption
sanfenzhierzaosheng
- 连续相位调制（CPM），维特比译码，整个调制解调系统-Continuous phase modulation (CPM), Viterbi decoding, the modem system
channel_estimation_2T2R
- LTE 下行链路信道估计，有MMSE，LS，理想估计三种方式-LTE downlink channel estimation, a MMSE, LS, ideal estimated three ways
matlab
- 蜂窝移动通信系统中的同频干扰仿真。旨在找到簇大小为N时，无线移动蜂窝系统中同频干扰的分布。-Co-channel interference in cellular mobile communication system simulation. To find the distribution of cluster size N, wireless mobile cellular systems in the same frequency interference.
LTE_Link_Level_1.2_r553_1
- 维也纳LTE链路级模型，外加高铁信道，程序实现功能全面。-Vienna LTE link level model, plus a high-speed rail channel program to achieve full-featured.