国際会議 · 2026

Scalable Coverage Simulation Workflow for Formation-Flying Satellite Phased Arrays

Tengis Buyantogtokh , Akira Uchiyama , Akihito Hiromori , Hirozumi Yamaguchi , Genma Hattori , Sou Ema , Sumio Morioka , Takahiro Inagawa

ICDCN 2026 Poster/Demo

出版社版 (DOI)

DOI: 10.1145/3737611.3776966

Abstract

Formation-Flying Phased Array Antennas synthesize very-high-gain apertures from PicoSat swarms for Direct-To-Cell links. To simulate on-the-ground coverage, end-to-end full-wave simulation becomes exponentially resource-intensive at scale. We present a compact workflow that ingests complex circularly polarized element patterns (RHCP/LHCP), applies sequential rotation and array-factor synthesis, and projects the 3-D beampattern to Earth coverage. The preliminary evaluation at 1.8 GHz shows that the simulator reproduces elevation-cut behavior and error trends, running sub-second for tens of elements and seconds for thousands, enabling rapid design-space exploration.

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