Replication Data for: Wide-band Characterization of Multi-Layer Coding Techniques to Achieve Electromagnetic Resilient Communication Networks
Description
The dataset assesses the efficacy of a multi-layer scheme in wired communication. We conducted performance evaluations across a broad frequency range (100MHz to 1 GHz) and a diverse Signal-to-Interference Ratio (SIR) range (-20dB to 20dB). The key performance metric analyzed is False Negative, representing cases where errors occurred during data transmission, but the detector failed to identify them.
These data stem from a comprehensive EMPro simulation. The simulation delves into the physics of a three-strip line under specific voltage conditions, while simultaneously introducing random electromagnetic interferences. There are six ports in the setup. Ports 1 and 2 correspond to the first trace, while ports 3 and 4 represent the second trace. Arc three is positioned between ports 5 and 6, serving as both the input and endpoint for the system. EMPro results enable the calculation of S parameters and the determination of voltage at the endpoint, factoring in the presence of electromagnetic waves from all directions.
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Tags
- electromagnetic-interference
- coding-theory
- communication-networks
- electromagnetic-compatibility-(emc)