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mat lab coding

the project is "Comparison of different methods for digital nonlinearity compensation in optical fibers"

background:

network of long-haul optical communication systems link countries and continents in order to supply the increasing demand for high rate data.

simultaneous compensation of fiber nonlinearity and dispersion is required to enable higher launch powers and larger constellation sizes.

The two most popular methods for simultaneous digital compensation of both dispersion and nonlinearity are Digital-back-propagation (DBP) and Volterra series methods . Both involve solving the main signal propagation model – namely the nonlinear Shrodinger equation – backwards to achieve channel equalization. DBP offers higher accuracy but large numerical complexity, while Volterra methods uses an approximation procedure for solving the propagation model with lower numerical complexity at the expense of lower accuracy.

i need to compare an analytical approximation (Volterra) vs DBP

Project goals

The main goal of the research is providing a designing tool for long-haul optical communication systems. This tool can be achieved by obtaining two correct equations of Q factor or BER vs SNR in DBP and Volterra methods. First, These equations can provide the system designer planning tool which would discover the maximum distance between each correction according to the system requirements (tolerable error). Second, the designer will know what method is better for the specific system by comparing the results.

In order to achieve this goal i need to reach some objectives:

Wave propagation model in long optic fiber. - *matlab

code for DBP solution. - matlab

code for Volterra solution. - matlab

running the simulation for both solutions with various parameters (different launch power, different tolerable error and so) and ploting on one graph the two solutions - "the design tool"

notes:

for each method, i need a code with and without noise interferance.

Please describe every line in the code.

The codes may be found in the internet, fill free to look for them.

The case i am simulating is Single-mode (wich simplifies the problem) without Soliton

*there is a known code for (1) from the book

G.P. Agrawal, The Nonlinear Fiber Optics (attached file)

U may use that code – but please change the units. metric units instead of L_D and so.

Beceriler: Algoritma, Mühendislik, Matematik, Matlab ve Mathematica , Telekomünikasyon Mühendisliği

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İşveren Hakkında:
( 1 değerlendirme ) Lahore, Pakistan

Proje NO: #18468753

Bu iş için 2 freelancer ortalamada $913 teklif veriyor

nabeelraza1993

Hello, I have read the description regarding finding out the results, performing coding to change the specifications,etc. However, still I need to ask certain details about it . Like, are there any research papers you Daha Fazla

$925 AUD in 3 gün içinde
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Mohammedelouh

Hey, I'm interested in your project my name is Mohammed Ellouh (Engineer) I have a lot of experience in this scope that helps me to accomplish this task I will give the project with high quality and maximum speed Daha Fazla

$900 AUD in 7 gün içinde
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