分类：天线图纸    下载：17    浏览：808    时间：2020-08-13

无线论坛贴：https://www.anywlan.com/thread-113792-1-1.html 不断有人要求仿真高增益的阵列天线，所提出的建议层出不穷，总之，振子越来越多，体积越来越大。     其实，振子太多了，离馈点越远的振子，电流就会衰减的特别厉害，几乎就没有什么作用了，增益的提高当然也就微乎其微。而体积却变得巨大，工作量巨大，所用材料巨多。实际是一种浪费。

分类：    下载：17    浏览：730    时间：2020-08-13

无线论坛原贴：https://www.anywlan.com/thread-73787-1-1.html zds131420888同学——就是史上最勇敢的，要冲击37公里吉尼斯的同学，要求优化一下。我也正有此意——这个椭圆铜片八木馈源的3D方向图还是非常不错的，正好是一个比较标准的椭圆形，比较契合偏馈卫星锅的口径。（在这里插一句，第一次我按照zds131420888同学提供的图纸仿真，方向图是梅花香，是我建模错误——因为第一次建模椭圆形，有些手生——使zds131420888同学蒙受了不白之冤，在此为他平反，向他道歉。）如果把驻波比降下来，是一个不错的馈源天线。     可是，原设计的确是很“绝”。无论怎样优化也不行，驻波比始终居高不下。实在没辙了，一生气，把它的那个小脑袋给削掉了。把馈点移到有源振子的身上。

分类：天线图纸    下载：17    浏览：969    时间：2020-08-13

无线论坛原贴：https://www.anywlan.com/thread-60561-1-1.html 因坛友求四阵元双菱阵列天线打印图纸，特抽空制作了一下，提供坛友DIY参考。 具体制作请参照我的帖子： 四振元双菱阵列天线的译文及仿真优化结果——增益达到18.4dBi！

分类：其它固件    下载：17    浏览：2440    时间：2020-11-02

为节省空间，没有上传所有版本。若需要特定版本，请至论坛发贴索取。 摩托罗拉WLAN设备固件升级指引 V1.0

分类：Ruckus专区    下载：17    浏览：1983    时间：2023-08-09

9U1-R510-WW00虚拟控制器unleashed升级固件，901-R510-WW00可通刷。 ------------------------------------------------------------------------------------------------------------------------ Ruckus官方商城 无线论坛Ruckus优科教程专辑 需要更多详细教程请访问论坛Ruckus专版，论坛所发的教程贴子会不定期根据固件版本升级后修改对应教程。 1.Rukcus ZoneFlex AP快速设置手册 2.RUCKUS AP支架安装和拆卸说明 3.RUCKUS室内AP供电和连接教程 4.ZoneDirector控制器各版本支持AP列表 5.Ruckus胖AP无线路由器设置教程 6.Ruckus Unleashed虚拟控制器设置手册 7.Ruckus AP电子书包组播优化设置 8.Ruckus ZoneDirector无线控制器 9.x 设置手册 9.Ruckus ZoneDirector无线控制器 10.x 设置手册 关注本站微信公众号，订阅RUCKUS教程，更详细更全面的专业教程

分类：标准规范    下载：17    浏览：855    时间：2020-12-27

IEEE Std 802.3.1-2011 IEEE Standard for Management Information Base (MIB) Definitions for Ethernet Approved 16 May 2011 Abstract: The Management Information Base (MIB) module specifications for IEEE Std 802.3, also known as Ethernet, are contained in this standard. It includes the Structure of Management Information Version 2 (SMIv2) MIB module specifications formerly produced and published by the Internet Engineering Task Force (IETF), and the Guidelines for the Definition of Managed Objects (GDMO) MIB modules formerly specified within IEEE Std 802.3, as well as extensions resulting from amendments to IEEE Std 802.3. The SMIv2 MIB modules are intended for use with the Simple Network Management Protocol (SNMP), commonly used to manage Ethernet. Keywords: Ethernet, GDMO, IEEE 802.3.1, MIB, network management, SNMP, SMIv2

分类：标准规范    下载：17    浏览：824    时间：2021-01-07

IEEE Std 802.17b-2007 (Amendment to IEEE Std 802.17-2004) IEEE Standard for Information technology— Telecommunications and information exchange between systems— Local and metropolitan area networks— Specific requirements Part 17: Resilient packet ring (RPR) access method and physical layer specifications Amendment 1: Spatially aware sublayer Approved 8 March 2007 Abstract: This amendment enables a service provider to use the architecture and protocols of IEEE Std 802.17TM-2004 to offer improvements in bandwidth utilization, by means of spatial reuse, for applications of RPR that involve bridging clients. Keywords: bridging, fairness, layer management, medium access control, metropolitan area network (MAN), physical layer, protection switching, resilient packet ring (RPR), ring topology, spatial reuse, topology detection

分类：标准规范    下载：17    浏览：1035    时间：2021-01-07

George Athanasiou,1 Thanasis Korakis,2 and Leandros Tassiulas1 1Department of Computer and Communications Engineering, University of Thessaly, 37 Glavani Street 382 21 Volos, Greece 2Department of Electrical and Computer Engineering, Polytechnic University, 5 Metrotech Center, Brooklyn, NY 11201, USA Correspondence should be addressed to George Athanasiou, gathanas@uth.gr Received 17 November 2008; Revised 16 February 2009; Accepted 9 July 2009 Recommended byWei Li In IEEE 802.11-based wireless networks, the stations (STAs) are associated with the available access points (APs) and communicate through them. In traditional handoff schemes, the STAs get information about the active APs in their neighborhood by scanning the available channels and listening to transmitted beacons. This paper proposes an 802.11k compliant framework for cooperative handoff where the STAs are informed about the active APs by exchanging information with neighboring STAs. Besides, the APs share useful information that can be used by the STAs in a handoff process. In this way, we minimize the delay of the scanning procedure. We evaluate the performance of our mechanisms through OPNET simulations. We demonstrate that our scheme reduces the scanning delay up to 92%. Consequently, our system is more capable in meeting the needs of QoS-sensitive applications. Copyright © 2009 George Athanasiou et al. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

分类：字典下载    下载：17    浏览：1095    时间：2021-01-19

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分类：厂商方案    下载：17    浏览：2336    时间：2021-02-22

本文档介绍了WLAN在不同典型应用场景中的配置举例。包含核心交换机/AC的设置命令。 本文档主要适用于以下工程师： l 数据配置工程师 l 调测工程师 l 网络监控工程师 l 系统维护工程师 目录 前 言...................................................................................................................................................ii 1 WLAN 网络简介.............................................................................................................................1 2 产品介绍..........................................................................................................................................3 2.1 AC 产品介绍.................................................................................................................................................................4 2.2 AP 产品介绍.................................................................................................................................................................5 3 WLAN 配置介绍.............................................................................................................................9 3.1 WLAN 配置流程........................................................................................................................................................10 3.2 报文处理流程.............................................................................................................................................................12 3.3 ACU2 基本配置指导..................................................................................................................................................14 3.3.1 ACU2 与交换机的软件版本配套关系....................................................................................................................14 3.3.2 配置ACU2 与交换机互通......................................................................................................................................15 3.3.3 配置小型网络WLAN 基本业务示例（ACU2）...................................................................................................17 4 典型配置举例................................................................................................................................22 4.1 配置WLAN 基本业务示例.......................................................................................................................................24 4.1.1 配置加载License 业务示例....................................................................................................................................24 4.1.2 配置AP 动态上线业务示例...................................................................................................................................25 4.1.3 配置AP 静态上线业务示例...................................................................................................................................28 4.2 配置典型组网举例.....................................................................................................................................................32 4.2.1 直连式二层组网，数据业务直接转发...................................................................................................................32 4.2.2 直连式二层组网，数据业务隧道转发...................................................................................................................39 4.2.3 旁挂式二层组网，数据业务隧道转发...................................................................................................................46 4.2.4 直连式三层组网，数据业务直接转发...................................................................................................................53 4.2.5 直连式三层组网，数据业务隧道转发...................................................................................................................60 4.2.6 旁挂式三层组网，数据业务直接转发...................................................................................................................67 4.2.7 旁挂式三层组网，数据业务隧道转发...................................................................................................................74 4.2.8 配置小型网络WLAN 基本业务示例（IPv4 网络）.............................................................................................81 4.2.9 配置小型网络WLAN 基本业务示例（IPv6 网络）.............................................................................................86 4.2.10 配置利用WDS 技术部署WLAN 业务示例........................................................................................................90 4.2.11 配置利用Mesh 技术部署WLAN 业务示例........................................................................................................98 4.3 配置双链路备份业务示例.......................................................................................................................................106 4.3.1 双链路备份：直连式二层组网，数据隧道转发.................................................................................................106 4.3.2 双链路备份：旁挂式二层组网，数据直接转发.................................................................................................113 4.3.3 双链路备份：直连式三层组网，数据隧道转发.................................................................................................120 4.3.4 双链路备份：旁挂式三层组网，数据隧道转发.................................................................................................127 4.4 配置双机热备份举例...............................................................................................................................................134 4.4.1 配置通过双链路实现AC 热备的示例..................................................................................................................134 4.4.2 配置通过VRRP+MSTP 实现AC 热备的示例（直接转发）.............................................................................142 4.4.3 配置通过VRRP+MSTP 实现AC 热备的示例（隧道转发）.............................................................................153 4.5 配置N+1 备份举例..................................................................................................................................................164 4.5.1 配置大型公共场所的N+1 备份............................................................................................................................164 4.5.2 配置企业总部和分支机构之间的N+1 备份........................................................................................................177 4.6 配置用户安全认证策略业务示例............................................................................................................................191 4.6.1 配置安全策略为WEP 认证（Share-Key 认证+WEP 加密）的业务示例.........................................................191 4.6.2 配置安全策略为WPA 认证（PSK 认证+TKIP 加密）的业务示例..................................................................199 4.6.3 配置安全策略为WPA2 认证（PSK 认证+CCMP 加密）的业务示例..............................................................203 4.6.4 配置安全策略为WPA 认证（802.1X+TKIP 加密）的业务示例......................................................................207 4.6.5 配置安全策略为WPA2 认证（802.1X 认证+CCMP 加密）的业务示例.........................................................212 4.6.6 配置安全策略为WPA2 的集中认证+本地转发业务示例..................................................................................218 4.6.7 配置安全策略为Portal 认证的业务示例..............................................................................................................223 4.6.8 配置安全策略为Mac 认证的业务示例................................................................................................................228 4.6.9 配置RADIUS 服务器和AC 配合向用户下发用户组权限业务示例.................................................................233 4.7 配置漫游业务示例...................................................................................................................................................239 4.7.1 配置AC 内漫游示例.............................................................................................................................................239 4.7.2 配置二层漫游示例................................................................................................................................................244 4.7.3 配置隧道转发三层漫游示例................................................................................................................................250 4.7.4 配置直接转发三层漫游示例................................................................................................................................256 4.8 配置负载均衡业务示例...........................................................................................................................................262 4.8.1 配置会话模式的静态负载均衡组业务示例.........................................................................................................262 4.8.2 配置流量模式的静态负载均衡组业务示例.........................................................................................................268 4.8.3 配置会话模式的动态负载均衡组业务示例.........................................................................................................273 4.8.4 配置流量模式的动态负载均衡组业务示例.........................................................................................................278 4.8.5 配置多射频基于用户数的负载均衡示例.............................................................................................................284 4.9 配置AP 射频资源管理业务示例.............................................................................................................................289 4.10 配置高密WLAN 环境网络部署............................................................................................................................295 4.11 配置频谱分析功能示例.........................................................................................................................................299 4.12 配置WLAN 定位举例...........................................................................................................................................306 4.12.1 配置基于AeroScout Tag 的WLAN 定位基本服务示例...................................................................................306 4.12.2 配置基于Ekahau Tag 的WLAN 定位基本服务示例........................................................................................311 4.12.3 配置终端定位基本示例......................................................................................................................................316 4.13 配置非法AP 检测功能业务示例...........................................................................................................................324 4.14 配置无线上下行流量优先级映射业务示例..........................................................................................................328 4.15 配置WLAN 的IPSG 示例.....................................................................................................................................334 4.16 配置DHCP 服务器业务示例.................................................................................................................................336 4.16.1 配置AC 作为DHCP 中继的业务示例...............................................................................................................336 4.16.2 配置AC 外接DHCP 服务器业务示例...............................................................................................................341 4.16.3 配置管理地址池和业务地址池在不同交换机上的业务示例...........................................................................347 4.17 配置Bonjour 网关示例（AP 与AC 间二层转发）.............................................................................................352 4.18 配置二层组播业务示例.........................................................................................................................................354 4.19 配置AC 与网管服务器对接业务示例...................................................................................................................359 4.20 配置WLAN QoS 举例...........................................................................................................................................360 4.20.1 配置WMM 示例.................................................................................................................................................360 4.20.2 配置优先级映射示例..........................................................................................................................................365 4.20.3 配置流量监管示例..............................................................................................................................................369 4.20.4 配置Airtime 调度示例........................................................................................................................................374 4.20.5 配置基于ACL 的报文过滤示例.........................................................................................................................378 4.21 配置CAPWAP 断链业务保持示例........................................................................................................................383 4.22 配置信道切换业务不中断示例..............................................................................................................................388 4.23 配置PKI 示例.........................................................................................................................................................393 4.23.1 配置PKI 实体手工注册证书的示例...................................................................................................................393 4.23.2 配置手工导入证书示例......................................................................................................................................395 4.24 配置服务器型SSL 策略示例................................................................................................................................398 4.25 配置NAC 示例.......................................................................................................................................................400 4.25.1 配置三层Portal 认证示例...................................................................................................................................400 4.25.2 配置内置Portal 认证示例...................................................................................................................................408 4.26 配置AAA 示例.......................................................................................................................................................414 4.26.1 配置采用RADIUS 协议进行认证和计费示例..................................................................................................414 4.26.2 配置采用HWTACACS 协议进行认证、授权和计费示例...............................................................................417 4.26.3 配置基于默认域的用户管理示例.......................................................................................................................420 4.27 园区网NAC 方案：汇聚层802.1X 认证..............................................................................................................428

分类：原厂升级固件    下载：17    浏览：3290    时间：2024-06-26

极路由叁(HC5861)稳定版rom  MTK7620A 发布时间:2018-03-10 版本号：1.4.10.20837s(大小:12MB) MD5：46c8d400a50c250c080969ec8a217765 web救砖教程：https://www.anywlan.com/article-4893-1.html 产品             型号             编号 极X              C526A         R34 极路由4增强版        HC5962        HC5962 极路由4        HC5962        HC5962 极路由B70        B70        HC5962 极路由4Pro        HC5961        HC5961 极路由3Pro        C312B        R33 极路由3S        C312A        R32 极路由3C        C103B        R31 极路由B50        B50        B50 极路由叁        HC5861        HC5861 极商47        HB5861        HC5861 SOHO套装之HB5881        HB5881        HB5881 SOHO套装之HB5811        HB5811        HB5811 极路由Enjoy 1200        HC5861B        HC5861B 极路由E30        E30        HC5861B 极路由贰        HC5761A        HC5761A 极路由贰        HC5761        HC5761 极路由壹S        HC5661A        HC5661A 极商27        HC5661A        HC5661A 极路由器 美的        HC5661A        HC5661A 极硬货        HC5663        HC5663 极路由壹S        HC5661        HC5661 极路由壹        HC6361        HC6361 极卫星        HC5611        HC5611 极路由Go        HC5611        HC5611

分类：Ruckus专区    下载：17    浏览：1411    时间：2023-08-30

官方升级固件，适合： 901-R320-WW02 901-R320-US02 9U1-R320-WW02 9U1-R320-US02 ---------------------------------------------------------------- Ruckus ZoneFlex Solo Access Point 114.0.0.0.6565 (GA) Software Release (R320). Added:2021-06-28 08:46:57 AM Availability:Premium Support Users File Type:BL7 File Name:114.0.0.0.6565.bl7 File Size:15.2 MB MD5 Checksum:0f2e84a74dad15dbb45360b158e7b4f1 ---------------------------------------------------------------------- Ruckus ZoneFlex Solo Access Point 114.0.0.0.1360 (GA) Software Release (R320). Added:2020-05-01 11:52:10 AM Availability:All Users File Type:BL7 File Name:R320_114.0.0.0.1360.bl7 File Size:15.3 MB MD5 Checksum:d3bad75008e355c1a70c345a421550da ----------------------------------------------------------------------------------------------------------------------- Ruckus官方商城 无线论坛Ruckus优科教程专辑 需要更多详细教程请访问论坛Ruckus专版，论坛所发的教程贴子会不定期根据固件版本升级后修改对应教程。 1.Rukcus ZoneFlex AP快速设置手册 2.RUCKUS AP支架安装和拆卸说明 3.RUCKUS室内AP供电和连接教程 4.ZoneDirector控制器各版本支持AP列表 5.Ruckus胖AP无线路由器设置教程 6.Ruckus Unleashed虚拟控制器设置手册 7.Ruckus AP电子书包组播优化设置 8.Ruckus ZoneDirector无线控制器 9.x 设置手册 9.Ruckus ZoneDirector无线控制器 10.x 设置手册 关注本站微信公众号，订阅RUCKUS教程，更详细更全面的专业教程