Launch Power Optimization in super-(C+L) Systems
Yanchao Jiang, Dario Pilori, Antonino Nespola, Alberto Tanzi, Stefano, Piciaccia, Mahdi Ranjbar Zefreh, Fabrizio Forghieri, Pierluigi Poggiolini
TL;DR
This paper explores launch power optimization in super-(C+L) systems around 12 THz, demonstrating that simple suboptimal power profiles can achieve near-optimal throughput despite ISRS effects.
Contribution
It introduces an iterative evaluation method using NLI closed-form models for optimizing launch power in super-(C+L) systems, highlighting robustness to suboptimal profiles.
Findings
Suboptimal launch power profiles cause minimal throughput loss.
Systems tolerate easy-to-implement power adjustments despite ISRS.
Iterative performance evaluation improves optimization accuracy.
Abstract
We investigate launch power optimization in 12-THz super-(C+L) systems, using iterative performance evaluation enabled by NLI closed-form models. We find that, despite the strong ISRS, these systems tolerate well easy-to-implement suboptimal launch power profiles, with marginal throughput loss.
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Taxonomy
TopicsSpacecraft Design and Technology · Radiation Effects in Electronics · Parallel Computing and Optimization Techniques