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Transcription and optimization of an interplanetary trajectory through quantum annealing

Federico De Grossi Andrea Carbone Dario Spiller Daniele Ottaviani Riccardo Mengoni Christian Circi

航天动力学（英文）2025，Vol.9Issue(2)：195-215,21.

航天动力学（英文）2025，Vol.9Issue(2)：195-215,21.DOI:10.1007/s42064-024-0216-6

Transcription and optimization of an interplanetary trajectory through quantum annealing

Federico De Grossi ¹Andrea Carbone ¹Dario Spiller ²Daniele Ottaviani ³Riccardo Mengoni ³Christian Circi¹

作者信息

1. Sapienza University of Rome,Rome 00138,Italy
2. School of Aerospace Engineering,Sapienza University of Rome,Rome 00138,Italy
3. CINECA,Casalecchio di Reno,Bologna 40033,Italy
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摘要

关键词

trajectory optimization/pseudospectral method/quantum computing(QC)/quantum annealing(QA)/quantum-classical hybrid computing

Key words

trajectory optimization/pseudospectral method/quantum computing(QC)/quantum annealing(QA)/quantum-classical hybrid computing

引用本文复制引用

Federico De Grossi,Andrea Carbone,Dario Spiller,Daniele Ottaviani,Riccardo Mengoni,Christian Circi..Transcription and optimization of an interplanetary trajectory through quantum annealing[J].航天动力学（英文）,2025,9(2):195-215,21.

基金项目

Open access funding provided by Università degli Studi di Roma La Sapienza within the CRUI-CARE Agreement.This research was part of an ISCRA Type C project supported by CINECA,through which the computing time on the D-Wave Leap platform was obtained. （）

航天动力学（英文）

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