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所在平台: Udemy |
课程主页: https://www.udemy.com/course/oran-beginner-to-expert-level-with-5g-oran-lab-testing/
课程评论：没有评论
**课程摘要：O-RAN从入门到精通，含5G-O-RAN实验测试** 本课程全面深入地探讨了开放无线接入网（O-RAN）的世界。学员将从基础概念入手，逐步建立专业知识，深入了解高级架构、实际的实验室设置、测试流程以及未来的发展趋势。 **课程大纲：** * **第一部分：O-RAN及生态系统导论** * 什么是O-RAN？ * O-RAN为何重要？ * 从传统RAN到Open RAN的演进 * O-RAN供应商生态系统与市场洞察 * 关键行业论坛（O-RAN Alliance, TIP, ONF, Open RAN Policy Coalition） * **第二部分：O-RAN架构 - 组件与功能划分** * 高层O-RAN架构 * 服务管理与编排（SMO） * RAN智能控制器（RIC）概述 * 组件：O-CU, O-DU, O-RU * O-RAN接口与规范工作组（WG1至WG11） * 5G NR中的功能划分及Split 7-2x的重要性 * **第三部分：RIC - RAN智能控制器** * SMO在生命周期管理中的详细作用 * 非实时RIC的功能与用例 * 近实时RIC功能（xApps，冲突缓解，消息传递） * O-RAN接口详解（O1, O2, A1, E2） * 高级AI/ML驱动的控制机制 * **第四部分：WG4 - Open Fronthaul（O-DU到O-RU互联互通）** * O-DU与O-RU之间的数据流 * 用户面（U-Plane）数据包详情与IQ数据基础 * IQ数据传输程序 * eCPRI协议详情 * 计时与同步协议（PTP, SyncE） * 控制面（C-plane）数据包管理 * Fronthaul延迟管理与延迟剖面 * 管理面（M-plane）操作（NETCONF/YANG） * **第五部分：O-RAN Fronthaul测试** * 端到端（E2E）与Fronthaul一致性测试的实验室设置 * 下行（DL）与上行（UL）测试方法 * IoT测试剖面（启动，功能，性能） * C/U面延迟管理测试 * 3GPP gNB发射机一致性测试（信道功率，OBW，ACLR，EVM，频率误差，TAE） * **第六部分：O-RAN与6G的未来** * 6G愿景与O-RAN的作用 * 赋能AI原生RAN * RIC的AI集成进展 * O-RAN扩展到6G的挑战与解决方案 * 行业融合与未来路径 完成本课程后，学员将熟练掌握O-RAN解决方案的部署与管理，通过实验室实践和实际测试获得动手经验，为引领下一代无线通信技术的创新做好准备。
This comprehensive course provides an extensive journey into the world of Open Radio Access Networks (O-RAN). Students will start from foundational concepts and progressively build expertise, exploring advanced architecture, practical lab setups, testing procedures, and future perspectives.Course Outline:Section 1: Introduction to O-RAN and EcosystemWhat is Open RAN?Why Open RAN is essential?Evolution from Traditional RAN to Open RANO-RAN Vendor Ecosystem and Market InsightsKey industry forums (O-RAN Alliance, TIP, ONF, Open RAN Policy Coalition)Section 2: O-RAN Architecture - Components and Functional SplitHigh-level O-RAN architectureService Management and Orchestration (SMO)RAN Intelligent Controller (RIC) OverviewComponents: O-CU, O-DU, O-RUO-RAN Interfaces and Specification Working Groups (WG1 to WG11)Functional splits in 5G NR and the importance of Split 7-2xSection 3: RIC - RAN Intelligent ControllerDetailed Role of SMO in lifecycle managementNon Real-Time RIC functionality and use casesNear Real-Time RIC functionalities (xApps, conflict mitigation, messaging)O-RAN interfaces details (O1, O2, A1, E2)Advanced AI/ML-driven control mechanismsSection 4: WG4 - Open Fronthaul (O-DU to O-RU Interoperability)Data Flow between O-DU and O-RUU-Plane packet details and IQ Data fundamentalsIQ Data Transfer ProcedureeCPRI protocol detailsTiming and synchronization protocols (PTP, SyncE)C-plane packet managementFronthaul latency management and delay profilesManagement Plane (M-plane) operations (NETCONF/YANG)Section 5: O-RAN Fronthaul TestingLab setup for E2E and Fronthaul conformance testingDL and UL Testing methodologyIoT Testing profiles (Startup, Functional, and Performance)C/U-plane delay management testing3GPP gNB transmitter conformance tests (channel power, OBW, ACLR, EVM, frequency error, TAE)Section 6: Future of O-RAN with 6GVision for 6G and the role of O-RANEnabling AI-native RANRIC advancements for AI integrationChallenges and solutions for scaling O-RAN to 6GIndustry convergence and future pathwaysBy the end of this course, students will be proficient in deploying and managing O-RAN solutions, equipped with hands-on experience from labs and practical testing, ready to lead innovations in next-generation wireless communication technologies.
