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所在平台: Udemy |
课程主页: https://www.udemy.com/course/wireless-design-by-arash-deljoo/
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课程名称：无线设计（讲师：Arash Deljoo） 课程概述：本课程将深入探讨无线设计的各个方面，使学员掌握从需求评估到网络架构设计的整个流程。课程内容主要包括以下几个模块： 1. 无线设计基础 - 设计过程概述 - 客户和客户端需求评估 - 无线接入点（AP）部署模型 2. 现场勘测 - 材料衰减对无线设计的影响 - 不同行业的常见部署模型 - 设计时需遵循的法规 - 选择合适的勘测类型及无线规划工具 - 进行预测性现场勘测 3. 物理与逻辑基础设施要求 - 电源输送技术（PoE等） - 电源注入器 - 多千兆的物理基础设施 - 接入点的安装、接地和安全 - CAPWAP流量配置及相关服务 4. 应用无线设计要求 - 确定AP信号覆盖 - 收信灵敏度和信噪比的考虑 5. 无线管理设计 - 了解无线资源管理（RRM） - 无线环境分析和信号管理 - 信号覆盖洞检测与灵活信号分配 6. 无线网状网络设计 - 网状网络架构及组件 - 网状访问点的设计 7. 客户端移动性的设计 - 漂移、层2和层3的漫游 - 组织漫游行为与优化AP扫描过程 8. 高可用性设计 - 打造主控器连接的弹性 - AP高可用性设计及优先级设置 通过本课程，学员将可以系统地掌握无线设计的理论与实践技巧，为实际应用打下坚实基础。
In this course you will learn about this topics and more:1-1 Wireless Design - Following a Design Process1-2 Wireless Design - Evaluating Customer Requirements1-3 Wireless Design - Evaluating Client Requirements1-4 Wireless Design - AP Deployment Models2-1 Conducting an Offsite Site Survey - The Effect of Material Attenuation on Wireless Design2-2 Conducting an Offsite Site Survey - Common Deployment Models for Different Industries2-3 Conducting an Offsite Site Survey - Designing with Regulations in Mind2-4 Conducting an Offsite Site Survey - Choosing the Right Survey Type2-5 Conducting an Offsite Site Survey - A Survey of Wireless Planning Tools2-6 Conducting an Offsite Site Survey - Conducting a Predictive Site Survey4-1 Physical and Logical Infrastructure Requirements - PoE,PoE+,UPoE,UPoE+4-2 Physical and Logical Infrastructure Requirements - Power Injectors4-3 Physical and Logical Infrastructure Requirements - MultiGigabit4-4 Physical and Logical Infrastructure Requirements - Mounting Access Points4-5 Physical and Logical Infrastructure Requirements - Grounding and Securing Access Points4-6 Physical and Logical Infrastructure Requirements - CAPWAP Flow4-7 Physical and Logical Infrastructure Requirements - AAA and DHCP Services Logical Path4-8 Physical and Logical Infrastructure Requirements - Licensing Overview5-1 Applying Wireless Design Requirements - Defining AP Coverage5-2 Applying Wireless Design Requirements - Considering Receive Sensitivity5-3 Applying Wireless Design Requirements - Considering the Signal-to-Noise Ratio5-4 Applying Wireless Design Requirements - Further AP Cell Considerations6-1 Designing Radio Management - Understanding RRM6-2 Designing Radio Management - Discovering the RF Neighborhood with NDP6-3 Designing Radio Management - RF Groups6-4 Designing Radio Management - Transmit Power Level (TPC)6-5 Designing Radio Management - Dynamic Channel Assignment (DCA)6-6 Designing Radio Management - Coverage Hole Detection6-7 Designing Radio Management - Flexible Radio Assignment (FRA)6-8 Designing Radio Management - Localizing RRM with RF Profiles6-9 Designing Radio Management - Optimizing AP Cell Sensitivity with RxSOP7-1 Designing Wireless Mesh Networks - Mesh Network Architecture and Components7-2 Designing Wireless Mesh Networks - Mesh Access Points8-1 Designing for Client Mobility - Roaming Review8-2 Designing for Client Mobility - Layer 2 Roaming8-3 Designing for Client Mobility - Layer 3 Roaming8-4 Designing for Client Mobility - Organizing Roaming Behavior with Mobility Groups8-5 Designing for Client Mobility - Exploring Mobility Operations8-6 Designing for Client Mobility - Optimizing the AP Scanning Process9-1 Designing High Availability - Foundation topics9-2 Designing High Availability - Making Controller Connectivity More Resilient9-3 Designing High Availability - Designing High Availability for APs9-4 Designing High Availability - AP Prioritization9-5 Designing High Availability - Designing High Availability for Controllers
