清单|5G 学术

[jiangzhenye]

• 知识图谱
• 清单
• 大牛人物

[jiangzhenye]

• 搜索5G Knowledge Graph
• 找到http://www.5g-ks.org/
• 整理信息：
• 大牛： -- Dr. Srikanth 斯里坎斯博士 is a globally recognized Wireless Technology expert. In last 20 years of his combined experience in Research, Training and Consulting, he has worked closely with all Cellular Technologies as well as WiFi and has actively contributed in product development space. He has trained more than 10000 professionals from R&D, Networking, Software Engineering and Service providers across the globe. He is a passionate trainer with unique skill of keeping the audience engaged throughout the training. He holds 3 US patents（美国专利） related the PHY and MAC layers. --

Sridhar Bhaskaran is a Senior Systems Architect working on 5G Core Network Research and Standardization at Huawei Technologies India Pvt Ltd. He is currently working on 3GPP release 15 core network architecture definition in 3GPP SA2 and correspondingly the protocol definition in the 3GPP CT groups. He is also the rapporteur for 3GPP TS 29.500 and TS29.573 specifications and the rapporteur for 3GPP release 16 study items on QUIC protocol and service based architecture load / overload control. He has 15 years of industry experience in Telecommunication end equipment (UE) and network side with 5 years of active involvement in standards and industry relations. He has been an active contributor to 3GPP standards in the area of Cellular IoT, Control/User plane separation and 5G. He has also contributed to Open Networking Foundation (ONF) Standards extending OpenFlow for GTP tunneling. He has 9 granted patents and several more patents under various stages of filing. He had been awarded as an outstanding technical contributor to ONF in March 2016 Sridhar Bhaskaran holds a Bachelor of Engineering in Computer Science, from Coimbatore Institute of Technology affiliated to Bharathiar University, Coimbatore.（他在为华为工作）

• 概念： -- Evolution of Cellular Technologies leading to 5G：1G to 4G Evolution、

Key Technologies for LTE/LTE-A/LTE-A-PRO Lte / lte-a / lte-a-pro 、5G Drivers and Motivation 、5G Spectrum;mm_wave 5G 光谱; 毫米波、5G Standards and Deployment Roadmap5G 标准及部署路线图 -- 5G RAN Technologies：5G Radio Objectives、Why OFDMA for 5G NR? Lessons learnt from LTE 为什么要用 OFDMA 做5G 数字信噪比？ 从 LTE 吸取的教训、5G NR OFDMA and Numerology 、5G NR Frame Structure 5G NR 框架结构、TDD flexibilities in 5G 5G 中的 TDD 灵活性、Massive MIMO Overview大规模 MIMO 概述 -- 5G RAN Operations：5G NR – Initial acquisition Process、Ultra-reliability and low latency handling in 5G NR 5G NR 的超可靠性和低延迟处理、Initial steps in 5G NR in the presence of LTE network Lte 网络中5G 信噪比的初始步骤：1.5G Deployment; NSA and SA differences 1.5 g 部署; NSA 和 SA 的区别 2.LTE NR dual connectivity; EN-DC 、3.Data flow possibilities 、5G RAN Implementation; Front haul and potential challenges 5G RAN 实现; 前端和潜在的挑战、5G NR key ideas summary 5 g NR 关键概念总结 -- 5G Core Networks：5G Network Architecture Options 5 g 网络体系结构选项、 Service BasedArchitecture 基于服务的体系结构、Network Slicing Overview 网络切片概述、Comparison with 4G 与4G 的比较、Non-standalone deployment非独立部署 -- 技术话题：5G Technology Overview and Standards Update 5G 技术概述及标准更新 、5G Core Network; Service Based Architecture5G 核心网络; 基于业务的体系结构、End to End Network Slicing in the 5G System5G 系统中端到端的网络切片、5G testbed in India; Overview, Goals印度的5G 试验平台; 概况，目标、5G testbed RAN overview5 g 试验平台 RAN 概述、mmWave Handset design Challenges、Network Slicing Demo -Real Edge Computing for User Plane Slicing 用户平面切片的网络切片演示-实边缘计算、5G – Cloud-RAN and Fronthaul Considerations、NB-IoT: Current Status;Implementation Challenges、 -- 经济话题：What is 5G likely to bring to developing countries?5 g 可能给发展中国家带来什么？