Research and Simulation on Short-Distance Digital Data Transmission Using Multimode Fibers

We are seeking an experienced freelancer to research and simulate short-distance digital data transmission using glass and plastic multimode fibers at 650 nm. This project involves utilizing automatic current control technology to study the effects of changing current, acceptance angle, and signal intensity, aiming to reduce signal dispersion.

Glass Fiber Simulation:

➡️Multi-mode gradient index fiber.
➡️Control laser beam intensity and acceptance angle.
➡️Focus on the basic mode LP01 to minimize dispersion.

Plastic Fiber Simulation:

➡️Multi-mode step index fiber at 650 nm.
➡️Study the effects of current, angle, and amplitude on dispersion.
➡️MATLAB Simulations:

Perform all simulations in MATLAB. And Analyze and report on the findings.

Deliverables:

➡️Detailed report on research and simulation results.
➡️MATLAB simulation files and scripts.
➡️Analysis and recommendations for minimizing dispersion.

Requirements:

➡️Expertise in optical fiber technology and data transmission.
➡️Proficiency in MATLAB.
➡️Experience with multimode fibers and semiconductor lasers.

Submit your proposal with:

➡️Overview of relevant experience.
➡️Examples of similar projects.
➡️Approach to the project.
➡️Estimated timeline and budget.

My Timeline: 2 days only

We look forward to your proposals!