- 对5G网络架构有基本了解
- 熟悉人工智能和机器学习概念
- 具有边缘计算和IoT应用的经验
对象
- Telecom专业人员
- AI工程师
- 物联网专家
5G和Edge AI通过为实时决策和自动化实现超低延迟应用程序来改变行业。
这个由讲师主导的实时培训（在线或现场）旨在让中级电信专业人员、AI工程师和希望探索5G网络如何加速Edge AI应用程序的物联网 specialists。
培训结束时，参加者将能够：
- 了解5G技术的基本原理及其对Edge AI的影响。
- 部署针对5G环境中低延迟应用程序优化的AI模型。
- 使用Edge AI和5G连接实现实时决策系统。
- 针对边缘设备的高效性能优化AI工作负载。
课程格式
- 互动讲座和讨论。
- 大量的练习和实践。
- 在实验室环境中进行实际操作。
课程定制选项
- 如需请求本课程的定制培训，请与我们联系以安排。
介绍5G和Edge AI
- 5G网络和边缘计算的概述
- 4G和5G在AI应用中的关键区别
- 超低延迟AI中的挑战和机遇
5G架构和Edge Computing
- 了解AI工作负载的5G网络切片
- Edge Computing的多Access Edge Computing (MEC)的作用
- 电信环境中Edge AI的部署策略
在边缘设备上使用5G部署AI模型
- 使用TensorFlow Lite和OpenVINO进行Edge AI
- 针对实时处理优化AI模型
- 案例研究：基于5G的AI视频分析
5G支持的超低延迟应用
- 自治车辆和智能交通
- 工业环境中AI驱动的预测维护
- 医疗保健应用：远程诊断和监测
5G Edge AI系统中的安全性和可靠性
- 5G AI中的数据隐私和网络安全挑战
- 确保实时应用中AI模型的鲁棒性
- 针对AI驱动的电信解决方案的合规性
5G和Edge AI的未来趋势
- 6G和AI驱动的网络的进展
- 5G AI的联邦学习整合
- 智能城市和物联网中下一代应用
总结和结论
United Arab Emirates - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Qatar - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Egypt - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Saudi Arabia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
South Africa - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Brasil - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Canada - 5G and Edge AI: Enabling Ultra-Low Latency Applications
中国 - 5G and Edge AI: Enabling Ultra-Low Latency Applications
香港 - 5G and Edge AI: Enabling Ultra-Low Latency Applications
澳門 - 5G and Edge AI: Enabling Ultra-Low Latency Applications
台灣 - 5G and Edge AI: Enabling Ultra-Low Latency Applications
USA - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Österreich - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Schweiz - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Deutschland - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Czech Republic - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Denmark - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Estonia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Finland - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Greece - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Magyarország - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Ireland - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Luxembourg - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Latvia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
España - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Italia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Lithuania - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Nederland - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Norway - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Portugal - 5G and Edge AI: Enabling Ultra-Low Latency Applications
România - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Sverige - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Türkiye - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Malta - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Belgique - 5G and Edge AI: Enabling Ultra-Low Latency Applications
France - 5G and Edge AI: Enabling Ultra-Low Latency Applications
日本 - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Australia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Malaysia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
New Zealand - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Philippines - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Singapore - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Thailand - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Vietnam - 5G and Edge AI: Enabling Ultra-Low Latency Applications
India - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Argentina - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Chile - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Costa Rica - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Ecuador - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Guatemala - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Colombia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
México - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Panama - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Peru - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Uruguay - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Venezuela - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Polska - 5G and Edge AI: Enabling Ultra-Low Latency Applications
United Kingdom - 5G and Edge AI: Enabling Ultra-Low Latency Applications
South Korea - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Pakistan - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Sri Lanka - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Bulgaria - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Bolivia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Indonesia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Kazakhstan - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Moldova - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Morocco - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Tunisia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Kuwait - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Oman - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Slovakia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Kenya - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Nigeria - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Botswana - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Slovenia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Croatia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Serbia - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Bhutan - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Nepal - 5G and Edge AI: Enabling Ultra-Low Latency Applications
Uzbekistan - 5G and Edge AI: Enabling Ultra-Low Latency Applications