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WPA3 Specification Version 3.0 Table of contents 1 INTRODUCTION  5 1.1 Scope  5 1.2 References 5 1.3 Definitions and acronyms 6 1.3.1 Shall/should/may/might word usage  6 1.3.2 Conventions . 6 1.3.3 Definitions  6 1.3.4 Abbreviations and acronyms 6 2 WPA3-PERSONAL. 8 2.1 Modes of operation . 8 2.2 WPA3-Personal only mode. 8 2.3 WPA3-Personal transition mode. 8 2.4 Additional Requirements on WPA3-Personal modes . 8 3 WPA3-ENTERPRISE . 9 3.1 Modes of operation . 9 3.2 WPA3-Enterprise only mode. 9 3.3 WPA3-Enterprise transition mode. 9 3.4 Additional Requirements on WPA3-Enterprise modes . 9 3.5 WPA3-Enterprise 192-bit mode  9 4 WPA3 FAST BSS TRANSITION 11 4.1 STA AKM preference order.11 4.1.1 Personal modes .11 4.1.2 Enterprise modes .11 5 SERVER CERTIFICATE VALIDATION12 5.1 Failure Conditions for Server Certificate Validation 12 5.2 Support for User Override of Server Certificate 12 5.3 Criteria to disable UOSC.12 5.3.1 TOD Policies 12 5.3.2 Additional Consideration on TOD Policies .13 6 SAE-PK.14 6.1 Background .14 6.2 SAE-PK overview14 6.3 Credential generation procedure 15 6.4 Authentication using SAE-PK .16 6.5 Modes of operation .19 6.5.1 AP operation 19 6.5.2 STA operation 19 6.6 Security considerations .20 6.6.1 General 20 6.6.2 Resistance to preimage attacks.21 6.6.3 Resistance to downgrade 22 6.7 SAE-PK element .22 7 WIFI URI .24 7.1 URI format .24 7.2 WIFI URI device support .24 7.3 URI examples25 8 TRANSITION DISABLE INDICATION26 9 PRIVACY EXTENSION MECHANISMS.28 9.1 Randomized MAC address .28 9.1.1 Composition of a randomized MAC address .28 9.1.2 Authentication and Association28 9.1.3 Active Scanning Procedures 9.1.4 ANQP Procedures28 9.2 Sequence Numbers 28 9.3 Scrambler Seed 9.4 GAS

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Wi-Fi EasyMesh Specification Version 4.0 Table of Contents 1 OVERVIEW.13 1.1 Scope 13 1.2 Purpose.13 2 REFERENCES .14 3 DEFINITIONS AND ACRONYMS 16 3.1.1 Shall/should/may/might word usage 16 3.1.2 Conventions .16 3.1.3 Definitions 16 3.1.4 Abbreviations and acronyms19 4 ARCHITECTURE21 4.1 Multi-AP architecture.21 4.1.1 Multi-AP example deployment .21 5 MULTI-AP ONBOARDING .25 5.1 1905 Push Button Configuration method25 5.2 PBC Backhaul STA Onboarding procedure25 5.2.1 BSS Configuration26 5.2.2 Backhaul STA Configuration27 5.3 DPP Backhaul STA and Multi-AP Agent secure onboarding28 5.3.1 Overview of DPP onboarding procedure (Informative) 28 5.3.2 Data structures used in DPP onboarding 31 5.3.3 Requirements for devices using DPP onboarding procedures 35 5.3.4 Onboarding method via Wi-Fi with out-of-band DPP bootstrapping36 5.3.5 Onboarding Method via a Multi-AP Logical Ethernet Interface with out-of-band DPP bootstrapping 41 5.3.6 Onboarding method via Wi-Fi with inband DPP bootstrapping using Push Button .43 5.3.7 Establishing secure 1905-layer connectivity 45 5.3.8 Fronthaul BSS and Backhaul BSS configuration.47 5.3.9 DPP onboarding after PBC Backhaul STA Onboarding 49 5.3.10 Reconfiguration .49 5.3.11 Onboarding DPP-capable client devices (STAs) 52 6 MULTI-AP DISCOVERY.54 6.1 Multi-AP controller discovery 54 6.2 Multi-AP service discovery 55 6.3 Client association and disassociation notification.56 7 MULTI-AP CONFIGURATION57 7.1 AP configuration57 7.2 AP operational BSS reporting .59 7.3 Policy configuration .59 8 CHANNEL SELECTION .61 8.1 Channel Preference Query and Report 61 8.2 Channel Selection Request and Report62 8.2.1 Coordinated DFS CAC.63 8.2.2 DFS CAC Scan Requirements on a Multi-AP Controller .63 8.2.3 DFS CAC Scan Requirements on a Multi-AP Agent .63 8.2.4 Spatial Reuse.64 9 CAPABILITY INFORMATION REPORTING 66 9.1 AP capability .66 9.2 Client capability .67 9.3 Backhaul STA capability 10 LINK METRIC COLLECTION.68 10.1 Backhaul link metrics 68 10.2 Per-AP metrics and bulk STA metrics.68 10.2.1 Link metric measurements from the AP68 10.2.2 Channel Scan69 10.2.3 Anticipated Channel Usage 71 10.3 Per-STA measurements72 10.3.1 Associated STA link measurements from the AP .72 10.3.2 Unassociated STA RCPI measurements from the AP73 10.3.3 802.11 beacon measurements from the client73 10.4 Combined infrastructure metrics .74 11 CLIENT STEERING75 11.1 Multi-AP Controller initiated steering mandate .75 11.2 Multi-AP Controller initiated steering opportunity75 11.3 Multi-AP Agent initiated RCPI-based steering 76 11.3.1 RCPI-based steering rules76 11.4 Multi-AP Agent determination of target BSS.76 11.5 Steering mechanisms76 11.6 Client association control mechanism.77 11.7 Wi-Fi Agile Multiband and Tunneled Message support 78 12 BACKHAUL OPTIMIZATION80 12.1 Backhaul optimization by backhaul station association control 80 13 MULTI-AP MESSAGING SECURITY.82 13.1 1905-Layer Security Capability .82 13.2 Message integrity code .82 13.2.1 Theory of Operation (Informative).82 13.2.2 MIC transmission requirements 83 13.2.3 MIC reception requirements84 13.3 1905-layer encryption84 13.3.1 Theory of Operation (informative) .84 13.3.2 Encryption requirements .85 13.3.3 Decryption requirements .86 14 FOUR-ADDRESS MAC HEADER FORMAT87 14.1 Wi-Fi backhaul frame and address handling.87 14.1.1 Receiver requirements 87 14.1.2 Transmitter requirements 87 14.1.3 Wired backhaul frame and address handling .88 15 SUPPLEMENTAL PROTOCOL RULES/PROCEDURES 89 15.1 CMDU reliable multicast transmission 89 15.1.1 CMDU reliable multicast transmission procedures .89 15.1.2 CMDU reliable multicast reception procedures 89 15.2 1905 CMDU adjustments 89 15.3 Order of Processing 90 15.3.1 Transmission Order.90 15.3.2 Reception Order90 16 HIGHER LAYER DATA PAYLOAD OVER 1905 91 17 MULTI-AP CONTROL MESSAGING .92 17.1 Multi-AP message format92 17.1.1 1905 AP-Autoconfiguration Search message format (extended) .95 17.1.2 1905 AP-Autoconfiguration Response message format (extended) 95 17.1.3 1905 AP-Autoconfiguration WSC message format (extended) 95 17.1.4 1905 Topology Response message format (extended)96 17.1.5 1905 Topology Notification message format (extended) 96 17.1.6 AP Capability Query message format .96 17.1.7 AP Capability Report message format96 17.1.8 Multi-AP Policy Config Request message format .96 17.1.9 Channel Preference Query message format 97 17.1.10 Channel Preference Report message format .97 17.1.11 Channel Selection Request message format .97 17.1.12 Channel Selection Response message format.97 17.1.13 Operating Channel Report message format .97 17.1.14 Client Capability Query message format 97 17.1.15 Client Capability Report message format .97 17.1.16 AP Metrics Query Message format .97 17.1.17 AP Metrics Response Message format 98 17.1.18 Associated STA Link Metrics Query message format 98 17.1.19 Associated STA Link Metrics Response message format 98 17.1.20 Unassociated STA Link Metrics Query message format 98 17.1.21 Unassociated STA Link Metrics Response message format98 17.1.22 Beacon Metrics Query message format .98 17.1.23 Beacon Metrics Response message format .98 17.1.24 Combined Infrastructure Metrics message format98 17.1.25 Client Steering Request message format .99 17.1.26 Client Steering BTM Report message format .99 17.1.27 Client Association Control Request message format .99 17.1.28 Steering Completed message format .99 17.1.29 Backhaul Steering Request message format .99 17.1.30 Backhaul Steering Response message format.99 17.1.31 Higher Layer Data message format 99 17.1.32 1905 Ack message format 99 17.1.33 Channel Scan Request message format 99 17.1.34 Channel Scan Report message format.100 17.1.35 CAC Request message format .100 17.1.36 CAC Termination message format100 17.1.37 Error Response message format 100 17.1.38 Topology Query message format100 17.1.39 Association Status Notification message format.100 17.1.40 Tunneled message format 100 17.1.41 Client Disassociation Stats message format 100 17.1.42 Backhaul STA Capability Query message format.100 17.1.43 Backhaul STA Capability Report message format101 17.1.44 Failed Connection message .101 17.1.45 1905 Rekey Request message format .101 17.1.46 1905 Decryption Failure message format .101 17.1.47 Service Prioritization Request message format 101 17.1.48 Proxied Encap DPP message format .101 17.1.49 1905 Encap EAPOL message format .101 17.1.50 DPP Bootstrapping URI Notification message format 101 17.1.51 DPP CCE Indication message format.101 17.1.52 Chirp Notification message format102 17.1.53 BSS Configuration Request message 102 17.1.54 BSS Configuration Response message .102 17.1.55 BSS Configuration Result message102 17.1.56 Direct Encap DPP message .102 17.1.57 Reconfiguration Trigger message.102 17.1.58 Agent List message 102 17.1.59 Anticipated Channel Preference message .102 17.1.60 Anticipated Channel Usage Report message.103 17.1.61 QoS Management Notification message format .103 17.2 Multi-AP TLVs format 104 17.2.1 SupportedService TLV format.106 17.2.2 SearchedService TLV format 107 17.2.3 AP Radio Identifier TLV format .107 17.2.4 AP Operational BSS TLV format.107 17.2.5 Associated Clients TLV format108 17.2.6 AP Capability TLV format108 17.2.7 AP Radio Basic Capabilities TLV format.108 17.2.8 AP HT Capabilities TLV format .109 17.2.9 AP VHT Capabilities TLV format.110 17.2.10 AP HE Capabilities TLV format.111 17.2.11 Steering Policy TLV format .112 17.2.12 Metric Reporting Policy TLV format 112 17.2.13 Channel Preference TLV format .114 17.2.14 Radio Operation Restriction TLV format .115 17.2.15 Transmit Power Limit TLV format .116 17.2.16 Channel Selection Response TLV format.116 17.2.17 Operating Channel Report TLV format .116 17.2.18 Client Info TLV format .117 17.2.19 Client Capability Report TLV format .117 17.2.20 Client Association Event TLV format 117 17.2.21 AP Metric Query TLV format .118 17.2.22 AP Metrics TLV format118 17.2.23 STA MAC Address Type TLV format 119 17.2.24 Associated STA Link Metrics TLV format .119 17.2.25 Unassociated STA Link Metrics Query TLV format 120 17.2.26 Unassociated STA Link Metrics Response TLV format 120 17.2.27 Beacon Metrics Query TLV format121 17.2.28 Beacon Metrics Response TLV format .121 17.2.29 Steering Request TLV format .122 17.2.30 Steering BTM Report TLV format .123 17.2.31 Client Association Control Request TLV format .124 17.2.32 Backhaul Steering Request TLV format .124 17.2.33 Backhaul Steering Response TLV format.124 17.2.34 Higher Layer Data TLV format 125 17.2.35 Associated STA Traffic Stats TLV format .125 17.2.36 Error Code TLV format126 17.2.37 Channel Scan Reporting Policy TLV format .127 17.2.38 Channel Scan Capabilities TLV format.127 17.2.39 Channel Scan Request TLV format 128 17.2.40 Channel Scan Result TLV format .129 17.2.41 Timestamp TLV format .130 17.2.42 CAC Request TLV format .131 17.2.43 CAC Termination TLV format131 17.2.44 CAC Completion Report TLV format.132 17.2.45 CAC Status Report TLV format.133 17.2.46 CAC Capabilities TLV format 134 17.2.47 Multi-AP Profile TLV format 135 17.2.48 Profile-2 AP Capability TLV format .135 17.2.49 Default 802.1Q Settings TLV format .135 17.2.50 Traffic Separation Policy TLV format 136 17.2.51 Profile-2 Error Code TLV format .136 17.2.52 AP Radio Advanced Capabilities TLV format .137 17.2.53 Association Status Notification TLV format.138 17.2.54 Source Info TLV format .138 17.2.55 Tunneled message type TLV format.138 17.2.56 Tunneled TLV format 139 17.2.57 Profile-2 Steering Request TLV format.139 17.2.58 Unsuccessful Association Policy TLV format140 17.2.59 Metric Collection Interval TLV format141 17.2.60 Radio Metrics TLV format .141 17.2.61 AP Extended Metrics TLV format141 17.2.62 Associated STA Extended Link Metrics TLV format .142 17.2.63 Status Code TLV format .143 17.2.64 Reason Code TLV format .143 17.2.65 Backhaul STA Radio Capabilities TLV format 143 17.2.66 Backhaul BSS Configuration TLV .143 17.2.67 1905 Layer Security Capability TLV format 144 17.2.68 MIC TLV format.144 17.2.69 Encrypted Payload TLV format .145 17.2.70 Service Prioritization Rule TLV format 145 17.2.71 DSCP Mapping Table TLV format 145 17.2.72 AP Wi-Fi 6 Capabilities TLV format 146 17.2.73 Associated Wi-Fi 6 STA Status Report TLV format 147 17.2.74 BSSID TLV format.148 17.2.75 BSS Configuration Report TLV format148 17.2.76 Device Inventory TLV format 149 17.2.77 Agent List TLV format .149 17.2.78 AKM Suite Capabilities TLV format.150 17.2.79 1905 Encap DPP TLV format150 17.2.80 1905 Encap EAPOL TLV format .151 17.2.81 DPP Bootstrapping URI Notification TLV151 17.2.82 DPP CCE Indication TLV 152 17.2.83 DPP Chirp Value TLV .152 17.2.84 BSS Configuration Request TLV 152 17.2.85 BSS Configuration Response TLV153 17.2.86 DPP Message TLV .153 17.2.87 Anticipated Channel Preference TLV format 153 17.2.88 Anticipated Channel Usage TLV format .154 17.2.89 Spatial Reuse Request TLV155 17.2.90 Spatial Reuse Report TLV 156 17.2.91 Spatial Reuse Config Response TLV format 158 17.2.92 QoS Management Policy TLV.158 17.2.93 QoS Management Descriptor TLV158 17.2.94 Controller Capability TLV 159 18 MULTI-AP PROFILES 160 19 TRAFFIC SEPARATION 162 19.1 Traffic Separation in Multi-AP Network .162 19.1.1 Traffic Separation Overview (Informative) 162 19.1.2 Multi-AP Controller Requirements 164 19.1.3 Multi-AP Agent Requirements.164 19.2 VLAN Tagging in Multi-AP 166 20 SERVICE PRIORITIZATION168 20.1 Service Prioritization in Multi-AP Network (Informative) .168 20.2 Service Prioritization Operation 168 20.2.1 Multi-AP Controller Requirements 168 20.2.2 Multi-AP Agent Common Requirements .169 20.2.3 Multi-AP Agent 802.1Q C-TAG Requirements .169 20.2.4 Multi-AP Agent Configuration and Operation of MSCS, SCS and DSCP Policy 170 20.2.5 Setting UP Values .172 20.2.6 DSCP-to-UP Mapping.173 APPENDIX A (INFORMATIVE) MISCELLANEOUS .174 A.1 Higher layer protocol field definition (see section 16) .174 A.2 Indication of associated 802.11 clients .174 A.3 Implementation Notes (Informative)174 A.3.1 Traffic Separation.174 A.3.2 Controller implementation for Policy Set Up A.3.3 Fragmentation of IEEE 1905 A.3.4 Multi-AP Logical Ethernet Interfaces A.3.5 Primary Channel for Operating Classes Greater than 40 MHz

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Wi-Fi EasyMesh Specification Version 3.0 Table of contents 1 OVERVIEW.11 1.1 Scope 11 1.2 Purpose.11 2 REFERENCES .12 3 DEFINITIONS AND ACRONYMS 14 3.1.1 Shall/should/may/might word usage 14 3.1.2 Conventions .14 3.1.3 Definitions 14 3.1.4 Abbreviations and acronyms17 4 ARCHITECTURE19 4.1 Multi-AP architecture.19 4.1.1 Multi-AP example deployment .19 5 MULTI-AP ONBOARDING .23 5.1 1905 Push Button Configuration method23 5.2 PBC Backhaul STA onboarding procedure.23 5.3 DPP Backhaul STA and Multi-AP Agent secure onboarding26 5.3.1 Overview of DPP onboarding procedure (Informative) 26 5.3.2 Data structures used in DPP onboarding 29 5.3.3 Requirements for devices using DPP onboarding procedures33 5.3.4 Onboarding method via Wi-Fi with out-of-band DPP bootstrapping34 5.3.5 Onboarding Method via a Multi-AP Logical Ethernet Interface with out-of-band DPP bootstrapping .39 5.3.6 Onboarding method via Wi-Fi with inband DPP bootstrapping using Push Button .42 5.3.7 Establishing secure 1905-layer connectivity 43 5.3.8 Fronthaul BSS and Backhaul BSS configuration.45 5.3.9 DPP onboarding after Profile-1 or Profile-2 onboarding 46 5.3.10 DPP reconfiguration47 5.3.11 Onboarding DPP capable client devices (STAs) 49 6 MULTI-AP DISCOVERY.51 6.1 Multi-AP controller discovery 51 6.2 Multi-AP service discovery52 6.3 Client association and disassociation notification.52 7 MULTI-AP CONFIGURATION54 7.1 AP configuration54 7.2 AP operational BSS reporting .56 7.3 Policy configuration .56 8 CHANNEL SELECTION .58 8.1 Channel Preference Query and Report 58 8.2 Channel Selection Request and Report59 8.2.1 Coordinated DFS CAC.60 8.2.2 DFS CAC Scan Requirements on a Multi-AP Controller .60 8.2.3 DFS CAC Scan Requirements on a Multi-AP Agent .60 9 CAPABILITY INFORMATION REPORTING 62 9.1 AP capability .62 9.2 Client capability .62 9.3 Backhaul STA capability .63 10 LINK METRIC COLLECTION.64 10.1 Backhaul link metrics 64 10.2 Per-AP metrics and bulk STA metrics.64 10.2.1 Link metric measurements from the AP64 10.2.2 Channel Scan65 10.3 Per-STA measurements67 10.3.1 Associated STA link measurements from the AP.67 10.3.2 Unassociated STA RCPI measurements from the AP68 10.3.3 802.11 beacon measurements from the client69 10.4 Combined infrastructure metrics .70 11 CLIENT STEERING71 11.1 Multi-AP Controller initiated steering mandate .71 11.2 Multi-AP Controller initiated steering opportunity71 11.3 Multi-AP Agent initiated RCPI-based steering 72 11.3.1 RCPI-based steering rules72 11.4 Multi-AP Agent determination of target BSS.72 11.5 Steering mechanisms72 11.6 Client association control mechanism.73 11.7 Wi-Fi Agile Multiband and Tunneled Message support 74 12 BACKHAUL OPTIMIZATION76 12.1 Backhaul optimization by backhaul station association control 76 13 MULTI-AP MESSAGING SECURITY.78 13.1 1905-Layer Security Capability .78 13.2 Message integrity code .78 13.2.1 Theory of Operation (Informative).78 13.2.2 MIC transmission requirements 79 13.2.3 MIC reception requirements80 13.3 1905-layer encryption80 13.3.1 Theory of Operation (informative) .80 13.3.2 Encryption requirements .81 13.3.3 Decryption requirements.82 14 FOUR-ADDRESS MAC HEADER FORMAT83 14.1 Wi-Fi backhaul frame and address handling.83 14.1.1 Receiver requirements83 14.1.2 Transmitter requirements83 14.1.3 Wired backhaul frame and address handling .84 15 SUPPLEMENTAL PROTOCOL RULES/PROCEDURES85 15.1 CMDU reliable multicast transmission 85 15.1.1 CMDU reliable multicast transmission procedures .85 15.1.2 CMDU reliable multicast reception procedures 85 15.2 1905 CMDU adjustments85 15.3 Order of Processing 86 15.3.1 Transmission Order.86 15.3.2 Reception Order86 16 HIGHER LAYER DATA PAYLOAD OVER 190587 17 MULTI-AP CONTROL MESSAGING .88 17.1 Multi-AP message format88 17.2 Multi-AP TLVs format102 18 MULTI-AP PROFILES 152 19 TRAFFIC SEPARATION 154 19.1 Traffic Separation in Multi-AP Network.154 19.1.1 Traffic Separation Overview (Informative) 154 19.1.2 Multi-AP Controller Requirements 156 19.1.3 Multi-AP Agent Requirements.156 19.2 VLAN Tagging in Multi-AP 158 20 SERVICE PRIORITIZATION160 20.1 Service Prioritization in Multi-AP Network (Informative) .160 20.2 Service Prioritization Operation 160 20.2.1 Multi-AP Controller Requirements 160 20.2.2 Multi-AP Agent Requirements.160 APPENDIX A (INFORMATIVE) MISCELLANEOUS .162 A.1 Higher layer protocol field definition (see section 16) .162 A.2 Indication of associated 802.11 clients .162 A.3 Implementation Notes (Informative)162

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本书对超低功耗蓝牙技术原理，重点是其协议体系结构，进行了全面和详细的阐述，具体包括物理层协议、链路层协议、主控制器接口、主机规范以及安全服务规范等内容，并对其应用前景做了具体的分析。本书共分为八章。章为短距离无线通信网络简介，介绍了常见的几种短距离无线通信技术，并对它们的性能进行了比较。第二章对超低功耗（ULP）蓝牙技术的体系结构进行了概述。第三章介绍了超低功耗（ULP）蓝牙技术物理层规范及功能。第四章介绍了ULP蓝牙链路层规范。第五章对ULP蓝牙主机控制接口层规范及其功能进行了介绍。第六章介绍了ULP蓝牙主机规范。第七章介绍了ULP蓝牙的安全规范。第八章在ULP蓝牙发展现状的基础上对其应用前景进行了展望。 出版社: 国防工业出版社 出版年: 2010-5 ISBN: 9787118066784 页数: 173 定价: 25.00元 第1章　短距离无线通信技术简介 1.1　无线通信网络概述 1.1.1 无线通信网络的特点 1.1.2　无线通信网络的种类 1.2　短距离无线通信网络的发展 1.3　典型的短距离无线通信网络技术 1.3.1　蓝牙 1.3.2　ZigBee 1.3.3 Wi—Fi 1.3.4　IrDA技术 1.3.5 NFC 1.3.6 UWB 1.4　短距离无线通信网络的应用 第2章　ULP蓝牙系统体系结构概述 2.1　引言 2.2　ULP蓝牙技术的价值 2.3　ULP蓝牙技术及其前景 2.4　体系结构 2.5　拓扑结构 2.6　工作状态和工作角色 2.7　设备分类 第3章物理层规范 3.1　频带和信道分配 3.2　发射机特性 　　3.2.1　输出功率水平 3.2.2　调制特性 3.2.3　寄生辐射 3.2.4　射频容限 3.3　接收机特性 3.3.1 实际的灵敏度水平 3.3.2　干扰性能 3.3.3 带外阻塞 3.3.4　互调特性 3.3.5　有效电平 3.3.6　参考信号定义 第4章　链路层规范 4.1　空中接口协议 4.1.1　ULP蓝牙的地址 4.1.2 多址方案 4.1.3　帧间距 4.1.4　设备发现 4.1.5　链路层的连接配置 4.1.6　链路层连接过程 4.1.7　确认方案 4.1.8　定时要求 4.2　空中接口包的格式 4.2.1　位顺序 4.2.2　广播信道PDU 4.2.3　数据信道PDU一 4.3　比特流的处理 4.3.1 CRC多项式 4.3.2　数据白化 　　…… 第5章　主机接口规范 第6章　主机规范 第7章　安全服务规范 第8章　ULP蓝牙应用前景 附录 参考文献

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标准号MH/T 9008.3-2016 发布日期2016-03-28 实施日期2016-07-01 废止日期2019-07-15 本部分适用于民用运输类航空器（包括私人公务机）机载无线局域网娱乐系统（以下简称客舱Wi-Fi系统）的客舱管理单元的设计开发、测试、安装和验收。对于在航空器上无固定安装装置的客舱管理单元，本部分第7章适用，其他章节不作要求。

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非接触式IC卡国际标准ISO14443-3/4 接近式PICC (ProximityIntegratedCircuitCard) 接近式耦合装置PCD(Proximity coupling device ) 非接触式IC卡国际标准 1 非接触式IC的概述 2 PICC的物理特性（14443-1） 3 射频能量与信息接口（14443-2） 4 初始化与防冲突（14443-3） 5选择应答和传输协议（14443-4） 6 探卡流程简介

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第一章 - MQTT介绍 第二章 – MQTT控制报文格式 第三章 – MQTT控制报文 3.1 CONNECT – 连接服务端 3.2 CONNACK – 确认连接请求 3.3 PUBLISH – 发布消息 3.4 PUBACK –发布确认 3.5 PUBREC – 发布收到（QoS 2，第一步） 3.6 PUBREL – 发布释放（QoS 2，第二步） 3.7 PUBCOMP – 发布完成（QoS 2，第三步） 3.8 SUBSCRIBE - 订阅主题 3.9 SUBACK – 订阅确认 3.10 UNSUBSCRIBE –取消订阅 3.11 UNSUBACK – 取消订阅确认 3.12 PINGREQ – 心跳请求 3.13 PINGRESP – 心跳响应 3.14 DISCONNECT –断开连接 第四章 – 操作行为 第五章 – 安全 第六章 – 使用WebSocket 第七章 – 一致性目标 附录B - 强制性规范声明

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标准编号：YD/T 5202-2015 标准名称：移动通信基站安全防护技术暂行规定 英文名称：Provisional Specifications for Security of Mobile Communication Base Station 发布部门：中华人民共和国工业和信息化部 发布日期：2015-04-30 实施日期：2015-07-01 标准状态：现行 起草单位：中国移动通信集团设计院有限公司、华信邮电咨询设计研究院有限公司、北京电信规划设计院有限公司、广东省电信规划设计院有限公司、上海邮电设计咨询研究院有限公司、中国通信建设集团有限公司 文件格式：PDF 文件页数：24页

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无线局域网工程设计规范 Design Specifications For Wireless Local Area Network Engineering 本设计规范适用于电信业务经营者的无线局域网建设的工程设计。规范编制遵循安全适用、技术先进、经济合理，体现行业技术水平和发展方向的原则和方针。 《无线局域网工程设计规范》涉及的主要内容包括： 1        总  则 2        术语和符号 2.1        术语 2.2        符号 3        网络设计一般要求 3.1        一般要求 3.2        服务质量指标 4        无线接入网 4.1        一般规定 4.2        室内覆盖设计 4.3        室外覆盖设计 4.4        容量设计 4.5        频率配置及干扰控制 5        支撑系统 5.1        认证 5.2        计费 5.3        网管 6        编号方式 6.1        账号 6.2        SSID 6.3        IP地址 7        网络安全 8        站址选择 9        安装工艺及电源、传输要求 9.1        机房工艺要求 9.2        设备安装工艺要求 9.3        天线安装工艺要求 9.4        线缆布放工艺要求 9.5        电源供电要求 9.6        传输要求 9.7        防雷接地要求 9.8        抗震加固要求 9.9        消防安全要求 附录A 本规范用词说明 参考标准和协议 条文说明 9.1以后的内容缺失

分类：标准规范    下载：1    浏览：186    时间：2026-04-10

本白皮书将介绍网状网络、802.11s修正案以及Calsoft Labs的无线网状网络解决方案、应用和优势。 1.0. ABSTRACT 2.0. WIRELESS MESH INTRODUCTION 2.1. Basic features of Wireless Mesh Network 2.1.1. Flexibility 2.1.2. Backhaul 2.1.3. Self-forming 2.1.4. Self-healing 2.1.5. Security 2.2. Pros and Cons of Wireless Mesh 2.2.1. Benefits of Wireless Mesh Networking 2.2.2. Issues with Wireless Mesh Networking 3.0. 802.11S WIRELESS MESH SOLUTION 3.1. Architecture Overview 3.2. Forming the Wireless Mesh 3.2.1. Discovery 3.2.2. Peering 3.2.3. Security 3.3. Mesh Path Selection 3.3.1. HWNP 3.3.2.Path Selection Algorithm and Link Metric 3.3.3. Path Selection Modes 3.3.3.1 Reactive Mode 3.3.3.2 Proactive Mode 3.3.4.Frame Format and Address Scheme 4.0. CALSOFT LABS MESH SOLUTION & EXPERTISE 4.1. Technology Expertise 4.2. Calsoft Labs Open 802.11s Based Solution 4.2.1. Open802.11s Porting 4.2.2. Software Architecture for a Mesh AP Node 4.2.3. Features Supported by Open802.11s 4.3. Integrated WLAN Controller Solution for MESH Networks 4.4. Calsoft Product Engineering Services About Calsoft Labs Contents P.no Engineering & Technology Consulting

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需本站会员才能下载，请先注册登陆。 802.11ax D6.0_2019 IEEE P802.11ax D6.0 Draft Standard for Information technology- Telecommunications and information exchange betweensystems Local and metropolitan area networks-Specific requirements Part 11: Wireless LAN Medium Access Control(MAC) and Physical Layer (PHY) Specifications Amendment 1: Enhancements for High Efficiency WLAN

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IEEE Standard for Information technology— Telecommunications and information exchange between systems— Local and metropolitan area networks— Specific requirements Part 11: Wireless LAN Medium Access Control (MAC) and Physical Layer (PHY) Specifications IEEE Std 802.11™-2007 (Revision of IEEE Std 802.11-1999 ) Approved 8 March 2007 IEEE-SA Standards Board