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基于Optisystem仿真软件的光毫米波产生的仿真
- 基于Optisystem仿真软件的光毫米波产生的仿真,包括相位调制，频率调制，OQPSK的发送与接收，是发表论文的源文件，非常珍贵,based on optisystem sofeware to simulate the radio-over-fiber system,this file includes PM,FM and OQPSK modulations.
OFDM.rar
- matlab实现的OFDM运用于ROF光纤无线通信系统的仿真，用的是4QAM调制，LS信道估计，还包括Optisystem的仿真，是毕设的仿真，非常珍贵。,matlab achieve ROF optical fiber used in the OFDM wireless communication system simulation, using 4QAM modulation, LS channel estimation, the simulation also includes Optis
GbpsinSMFSystemapplicationsNRZ
- 光通信系统中的NRZ信号在单模光纤中的传输仿真-simulation in NRZ in optisystem system
Project1
- 用optisystem写的光生毫米波仿真系统-Written by optisystem photo-millimeter-wave simulation system
mm-wave
- 是基于Optisystem仿真软件的光毫米波产生的仿真，包括单边带、双边带、载波抑制及四倍频，毕设、非常珍贵-Optisystem simulation software is based on millimeter wave generated by the optical simulation, including SSB, DSB, carrier suppression and four-octave, complete set, very rare
32ChRZIdeal
- optisystem中wdm系统仿真,在optisystem中运行，关通信系统-optisystem wdm simulation
MatlabBERAnalyzer
- 光通信系统的MATLAB实现，在OPTISYSTEM中运行-run in optisystem
Lesson3b
- 波分复用光网络传输的系统仿真，用optisystem实现-WDM optical network transmission system simulation, realized with optisystem
EDFA-ESA
- 针对optisystem中EDFA ESA 的基本图-For optisystem in EDFA ESA' s basic map
Matlab-component--in-Optisystem
- Matlab component,Creating a component to handle optical signals in Optisystem -In order to create an optical component in Matlab for co-simulation with OptiSystem, first we need to understand the optical signal format that OptiSystem can generate and
OptiSystem-Simulink-Co-Simulation
- optisystem co-simulation with simulink, project
optisystem
- optisystem联合matlab仿真基于m序列的一种调制格式，适合远距离传输，虽然调制效率较低，但传输距离很远-optisystem joint matlab simulation based on an m-sequence modulation format, suitable for long-distance transmission, although lower modulation efficiency, but the transmission distance is ver
Optisystem-examples
- 一些Optisystem软件的仿真例子，通过这些例子学习可以轻松上手，适合从事光纤研究人员。-some examples for Optisystem
Optisystem中MatlabComponent模块的扩展应用
- 通过一个光相位调制器的实例，介绍利用Optisystem 中Matlab Component组件联合M atlab实现用户自定义光学组件的方法。对相位调制基本原理、相位调制器理论模型和实现模型的Matlab代码进行分析，介绍如何将用户自定义器件功能代码关联Matlab Component组件进行仿真，并利用自定义的相位调制器对理论分析进行验证。(Through an example of an optical phase modulator, this paper introduces the
仿真技术在光纤通信实验教学中的应用
- 通过两个例子，将Optisystem和matlab这两个软件结合进行光学仿真，两个例子分别为光波频率右移和光波幅度调制。通过这两个例子，能很好的理解这两个软件的协同仿真。上传的文件包括文献和源码，还有optisystem的osd文件，文件很全。(Two examples are used to combine the two software Optisystem and MATLAB for optical simulation. The two examples are the right
MATLAB call OptiSystem
- 通过matlab的M文件调用optisystem打开OSD文件，并进行仿真，把数据返回到matlab画图。很实用，简单。OSD一定要用optisystem13版以上的才能打开。(Through the MATLAB M file, call optisystem, open the OSD file, and simulation, the data returned to the MATLAB drawing. Very practical, simple. OSD must use more
Optisystem
- OptiSystem Workshop. implementation of optical fiber system in OptiSystem software. OptiSystem Workshop. implementation of optical fiber system in OptiSystem software.
OPTISYSTEM+MATLAB
- optisystem与MATLAB之间的联合编程(the link of optisystem and matlab)
OptiSystem-Simulate-examples
- 一些Optisystem的模拟仿真示例，可快速掌握如何使用Optisystem(Some examples of Optisystem simulation)
基于optisystem的光纤仿真实例
- 一些关于光纤通信系统的仿真设计，包含： 1-OptiSystem的基本操作 2-基本光纤通信系统设计 3-WDM系统设计 4-长距离光纤传输系统设计 5-EDFA设计 6-内调制光纤链路设计