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 코드번호 : 2 |
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| 발표자 : Dr. Malla Reddy Sama |
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| 소속 : NTT DOCOMO Euro-Labs |
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| 부서 : Network Strategy & Standards (3GPP SA Standards) |
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| 직위 : Chief Architect & Head |
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| 세션시간 : 11:30-12:30 |
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| 발표자약력 : |
Dr. Malla Reddy Sama is Chief Architect, Network Strategy & Standards at NTT DOCOMO Euro-Labs, where he leads the definition of NTT DOCOMO’s long-term network architecture vision and steers the evolution of next-generation mobile systems beyond 5G. In this role, he shapes architectural strategies that influence future commercial networks and the broader digital ecosystem. A key figure in global standardization, he represents NTT DOCOMO in 3GPP and currently serves as Rapporteur of the SA2 6G Architecture Study, driving the foundational design principles of future mobile networks. He is also a Board Member of the one6G Association, contributing to the alignment of industry, academia, and policymakers on the path toward 6G. Widely recognized as a thought leader in 6G, AI-native network architectures, and future digital infrastructure, he actively shapes how next-generation networks will enable new services, industries, and sustainable digital societies. |
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| 강연요약 : |
The vision of 6G as an AI-native network marks a shift from connectivity-centric design to intelligence-driven operation. Turning this vision into reality, however, requires more than AI innovation; it demands robust, interoperable system architectures enabled through standardization.
This keynote highlights how 3GPP standardizations are enabling this transition, with a focus on system architecture evolution for 6G. It highlights how standards align diverse industry and research contributions and enable seamless AI integration across RAN, core, and management domains, supporting closed-loop automation and intelligent services.
The current status of AI-related work in 3GPP will be briefly reviewed to frame ongoing progress and future directions. The talk also addresses the key challenges, including how to standardize rapidly evolving AI technologies, emphasizing the need for flexible and forward-compatible architectural principles to ensure scalable, trustworthy, and future-proof 6G networks.
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