搜索资源列表
er
- 跳频扩频系统仿真误码率分析(双极性不归零码)-Frequency hopping spread spectrum system simulation BER analysis
fhss
- 基于matlab下通过程序代码来实现跳频扩频仿真-Based on the matlab code to achieve through simulation FHSS
time_check
- 通信主从机双向系统时钟同步,用于扩频、跳频等。由从机发起时间校准请求,主机回复时间信息,达到主从机的时钟同步。-Slave two-way communication between the host system clock synchronization for spread spectrum, frequency hopping and so on. Initiated by the slave time alignment request, the host response time
phase-hopping-communication
- 跳相扩频通信,用8PSK信号,包含单用户和多用户,瑞利信道- Phase-hopping spread spectrum communication, with 8PSK signal, including single-user and multi-user, Rayleigh channel
FH
- 实现了matlab环境下跳频扩频的系统仿真-Matlab environment to achieve a frequency hopping spread spectrum system simulation
JTIDS-system-data-model
- 该文简要说明了JTIDS 的工作方式 , 从JTIDS 系统的数据模型入手 , 完成了包括RS编码 、 交织编码 、 软扩频 、 MSK 调制 、 跳频 、 跳时在内的整个JTIDS 系统仿真-This paper briefly describes the working mode of JTIDS, starting the JTIDS system data model, including the completion of the entire JTIDS system simula
matlab-ofdm-
- 扩频通信在现代无线通信技术中是一种具有较强抗干扰性能的技术,正交频分复用(OFDM)一种具有较高数据传输速率和频谱利用率,并能有效对抗频率选择性衰落的多载波调制技术,因而将这二者结合起来构建系统势必会进一步提高系统的抗干扰和抗衰落性能,研究其结合技术也逐渐成为无线通信领域的热点。随着3G的兴起,即将推出的LTE也将采用OFDM技术(正交频分多路复用)。 由于OFDM的多载波特性,使得直接序列扩频技术和跳频技术能够与OFDM技术进行有效的结合。在本文中,我们研究了OFDM)以及相关抗干扰抗衰落
dtgl
- 介绍了跳频扩频通信系统的原理,应用matlab语言防真和分析了-This paper introduces the principle of frequency hopping spread spectrum communication system, the use of matlab language and analyze indeed
ieriaiizathon
- 介绍了跳频扩频通信系统的原理,应用matlab语言防真和分析了-This paper introduces the principle of frequency hopping spread spectrum communication system, the use of matlab language and analyze indeed
jvia
- 介绍了跳频扩频通信系统的原理,应用matlab语言防真和分析了(This paper introduces the principle of frequency hopping spread spectrum communication system, the use of matlab language and analyze indeed)
fh
- 一个二进制的伪随机序列扩频,采用的是跳频扩频(hop frequence spread spectrum)
2018.01.20
- CDMA通信系统中的扩频码,跳频码,信号分选,参数估计,调制识别(Spread code in CDMA communication system, frequency hopping code, signal sorting, parameter estimation, modulation recognition)