Ali Amiri
Affiliation confirmed via AI analysis of OpenAlex, ORCID, and web sources.
Researcher
Faculty Researcher
Research Areas
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Biography and Research Information
OverviewAI-generated summary
Ali Amiri's research focuses on machine learning and its applications in various domains. He has published work on semi-supervised classification algorithms, including LP-MLTSVM and Online Semi-Supervised Independent Support Vector Machines. His research also extends to anomaly detection in distributed networks, specifically in 5G environments, using federated variational autoencoders. Amiri has contributed to the field of silicon photonics, with publications on a "Silicon Photonics Toolkit." Additionally, his work has touched upon astrophysics, investigating temperature-temperature relationships and metallicity calibrations from auroral-line detections. His scholarship metrics include an h-index of 14, with 54 total publications and 625 total citations.
Metrics
- h-index: 14
- Publications: 54
- Citations: 627
Selected Publications
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Uncovering the multi-scale structure of dust distribution in nearby galaxies (2026)
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Tracing nitrogen enrichment across cosmic time with JWST (2026)
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MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon (2025)
Collaboration Network
Top Collaborators
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
- MARTA: Temperature-temperature relationships and strong-line metallicity calibrations from multiple auroral-line detections at cosmic noon
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