18-Tupling System Optisim Data

Citation Author(s):
Ahmed
Métwalli
Arab Academy for Science Technology and Maritime Transport
Moustafa
H. Aly
Arab Academy for Science, Technology and Maritime Transport
Heba
A. Fayed
Arab Academy for Science, Technology and Maritime Transport
Submitted by:
Ahmed Metwalli
Last updated:
Fri, 04/11/2025 - 12:19
DOI:
10.21227/az3h-me90
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Abstract 

<p>This dataset contains simulation results generated in OptiSystem for an 18‐tupling optical communication system. The parameters include optical source settings, modulator configurations, and a range of power and signal quality metrics. Key performance indicators—such as total power penalty (TPP), signal power penalty (SPP), and RMS jitter—are provided for each set of simulation inputs. The data are intended to facilitate reproducible research and to enable further analysis of high‐order frequency multiplication in optical networks. The underlying simulations employ three parallel polarization modulators (PolMs) and track how modulation indices, phase shifts, and other system variables affect sideband suppression ratios and overall link performance. Researchers can leverage this dataset to benchmark machine learning models, compare regression methodologies, or investigate optimization strategies for next‐generation mm‐wave optical links.</p>

Instructions: 
  • Purpose: Simulated data for an 18-tupling optical communication system using OptiSystem, aimed at studying high-order frequency multiplication.

  • Contents: Includes optical source settings, modulator parameters (e.g., bias, phase shift), and key metrics like TPP, SPP, RMS jitter, and sideband suppression.

  • Use Cases: Benchmark ML models, compare regression methods, or explore optimization strategies in optical link design.

  • System Setup: Based on three parallel PolMs with varying modulation indices and phase shifts.

 

  • Format: Each row = one simulation case. Columns = input parameters and output metrics.