大卫·瓦塔拉（RMS团队）论文答辩：面向毫米波应用的新型架构移相器设计：5G/6G与汽车雷达
Thesis defence of David Ouattara (RMS team): Design of phase shifters based on new architectures for mm-wave applications: 5G/6G & automotive radar
摘要
大卫·瓦塔拉（RMS团队）的论文答辩主题为：基于新架构的毫米波移相器设计，应用于5G/6G及汽车雷达领域。该研究聚焦新型移相器架构的开发，旨在提升毫米波频段的性能，以满足未来通信和雷达系统的技术需求。
大卫·瓦塔拉（RMS团队）的论文答辩主题为：基于新架构的毫米波移相器设计，应用于5G/6G及汽车雷达领域。该研究聚焦新型移相器架构的开发，旨在提升毫米波频段的性能，以满足未来通信和雷达系统的技术需求。
该文章仅爬取到标题，未获取到正文内容。
查看原文
Summary
David Ouattara from the RMS team defended his thesis on designing novel phase shifter architectures for millimeter-wave applications, targeting 5G/6G and automotive radar systems. His research focuses on advancing key components to enhance performance in high-frequency communication and sensing technologies.
David Ouattara from the RMS team defended his thesis on designing novel phase shifter architectures for millimeter-wave applications, targeting 5G/6G and automotive radar systems. His research focuses on advancing key components to enhance performance in high-frequency communication and sensing technologies.
Only the headline was crawled; full content was not available.
Read original
Résumé
David Ouattara (équipe RMS) a soutenu sa thèse sur la conception de déphaseurs à nouvelles architectures pour applications ondes millimétriques, ciblant spécifiquement les domaines de la 5G/6G et du radar automobile. Ce travail de recherche vise à améliorer les performances des systèmes de communication et de détection dans ces bandes de fréquences critiques.
David Ouattara (équipe RMS) a soutenu sa thèse sur la conception de déphaseurs à nouvelles architectures pour applications ondes millimétriques, ciblant spécifiquement les domaines de la 5G/6G et du radar automobile. Ce travail de recherche vise à améliorer les performances des systèmes de communication et de détection dans ces bandes de fréquences critiques.
Seul le titre a été récupéré.
Lire l'originalCore Point
A researcher successfully defended a thesis on designing novel phase shifter architectures for millimeter-wave applications, advancing hardware critical for 5G/6G and automotive radar systems.
Key Players
David Ouattara (RMS team) — Researcher presenting thesis on RF/microwave component design, based in France.
Industry Impact
- ICT: High — Enables improved performance for 5G/6G networks.
- Automotive: High — Enhances capabilities for next-generation radar sensors.
Tracking
Monitor — Academic research into foundational RF hardware can influence future commercial product development cycles.
Highlights
Upcoming Event
Related Companies
No companies linked yet
Categories
半导体
电信
科研
AI Processing
2026-04-14 23:04
deepseek / deepseek-chat