锐捷WS6008高性能无线控制器白皮书

锐捷ACL应用技术白皮书摘要ACL，是访问控制列表(Access Control Lists)的简称。

在实际的网络环境中，各种上层访问都是通过报文交互进行的，为了进行访问控制，就通过ACL设置一系列过滤规则来控制报文转发和过滤，从而达到目的，所以称之为访问控制列表。

本文阐析了ACL功能的工作机制。

并在此基础上，说明我司交换机在ACL功能上的特点，优越性及其应用。

关键词ACL ACE目录摘要 (1)关键词 (1)1 缩略语 (2)2 概述 (2)2.1 ACL技术产生的背景 (2)2.2 我司交换机产品对ACL功能的支持情况 (3)3 技术介绍 (4)3.1 ACL工作原理 (4)3.1.1 ACL分类 (4)3.1.2 安全ACL种类 (4)3.1.3 Access Control Entry (4)3.1.4 安全ACL过滤报文原理 (6)3.1.5 基于接口和基于VLAN的ACL (8)4 锐捷ACL技术特点 (11)4.1 配置灵活方便 (11)4.2 功能完备 (11)4.3 过滤性能好 (11)4.4 各款产品ACL功能限制 (12)4.4.1 各类型ACL共有限制 (12)4.4.2 各款产品支持情况差异性说明 (12)4.4.3 机箱式设备的线卡类型汇总 (14)4.5 各款产品ACL在各种应用情况下的限制和容量值 (15)4.5.1 IP标准ACL的限制和容量值 (15)4.5.2 IP扩展ACL的限制和容量值 (15)4.5.3 MAC扩展ACL的限制和容量值 (16)4.5.4 专家级ACL的限制和容量值 (17)4.5.5 IPv6 ACL的限制和容量值 (17)4.6 使用我司ACL功能注意事项 (18)4.7 应用与案例分析 (19)4.7.1 核心层交换机S86关键配置 (20)4.7.2 汇聚层交换机S57关键配置 (22)4.7.3 接入层交换机S26关键配置 (24)5 结束语 (26)1 缩略语ACL：Access Control List，访问控制列表ACE：Access Control Entry，ACL的组成元素VACL：基于VLAN的ACLPort ACL：基于二层接口的ACLAP：Aggregate PortL2 AP：二层AP接口L3 AP：三层AP接口SVI：Switch Vlan Interface，交换机虚拟VLAN接口Routed Port：路由口2 概述2.1 ACL技术产生的背景在实际网络环境中，各种上层访问，最常见的就是访问某个网站，归根结底是通过PC和服务器之间的报文交互进行的，而报文则是通过交换机，路由器等各种网络设备进行传输的。

锐捷网络WLAN技术白皮书一、无线网络解决方案分类无线网络解决方案包括：无线个人网：主要用于个人用户工作空间，典型距离覆盖几米，可以与计算机同步传输文件，访问本地外围设备，如打印机等。

目前主要技术包括蓝牙（Bluetooth）和红外（IrDA）。

无线局域网：主要用于宽带家庭、大楼内部以及园区内部，典型距离覆盖几十米至上百米。

目前主要技术为802.11系列。

无线LAN-to-LAN网桥：主要用于大楼之间的联网通讯，典型距离几公里。

许多无线网桥采用802.11b技术。

无线城域网和广域网：覆盖城域和广域环境，主要用于Internet/email访问，但提供的带宽比无线局域网技术要低很多。

二、无线局域网频道分配与调制技术无线局域网采用电磁波（RF）作为载体传送数据信息。

对电磁波的使用分两种常见模式：窄带和扩频。

窄带技术以微波为主，适用于长距离点到点的应用，可以达到40公里。

由于它采用的频道较宽以及定向信号天线，因此其最大带宽可达10Mbps，但受环境干扰较大。

无线局域网采用无线扩频(spread spectrum)技术，也称SST，早期由军事部门研发，确保安全可靠的军事通讯。

常见的扩频技术包括两种：调频扩频（FHSS）和直序扩频（DSSS），它们工作在2.4-2.4835GHz。

1、调频技术调频技术将835MHz的频带划分成79个子频道，每个频道带宽为1MHz。

信号传输时在79个子频道间跳变，因此传输方与接受方必须同步，获得相同的条变格式，否则，接受方无法恢复正确的信息。

调频过程中如果遇到某个频道存在干扰，将绕过该频道。

受跳变的时间间隔和重传数据包的影响，调频技术的典型带宽限制为2-3Mbps。

2、直序扩频技术直序扩频技术是无线局域网802.11b采用的技术，将835MHz的频带划分成14个子频道，每个频道带宽为22MHz。

直序扩频技术用一个冗余的位格式来表示一个数据位，这个冗余的位格式称为chip，因此它可以抗拒窄带和宽带噪音的干扰，提供更高的传输速率。

海淀区中小学智慧校园无线网络班班通达标一期工程项目第五包测试方案北京金山顶尖科技股份有限公司二〇二二年四月目录1 测试依据----------------------------------------------------------------------------------------32 测试环境----------------------------------------------------------------------------------------3 2.1 主要设备 ----------------------------------------------------------------------------------3 2.2 辅助工具 ----------------------------------------------------------------------------------4 2.3 测试要求 ----------------------------------------------------------------------------------4 2.4 组网要求 ----------------------------------------------------------------------------------42.5 测试人员 ----------------------------------------------------------------------------------53 测试内容和安排 ------------------------------------------------------------------------------5 3.1 关键内容 ----------------------------------------------------------------------------------5 3.2 AP吞吐量测试 ---------------------------------------------------------------------------5 3.3 无线Mesh功能--------------------------------------------------------------------------6 3.4 接入设备识别★ -------------------------------------------------------------------------7 3.5 BYOD功能与访客管理★ -------------------------------------------------------------7 3.6 非WiFi信号抗干扰测试 --------------------------------------------------------------9 3.7 WiFi抗干扰测试-------------------------------------------------------------------------9 3.8 语音漫游测试 -------------------------------------------------------------------------- 103.9 视频业务承载测试★ ----------------------------------------------------------------- 114、测试结果 ------------------------------------------------------------------------------------ 121 测试依据根据本项目的建设目标,对无线网络班班通的业务应用进行测试。

RG-AM5528（ES）智分+方案专用型无线接入点产品白皮书目录1产品图片 (1)2产品概述 (3)3产品特性 (4)4技术参数 (8)5订购信息 (13)1 产品图片图1-1RG-AM5528（ES）图1-2RG-MAP552图1-3RG-MAP552-W图1-4RG-MAP552（S）图1-5RG-MAP752（S）图1-6RG-MAP752（E）2 产品概述RG-AM5528（ES）产品是锐捷网络推出的面向复杂应用环境（如无线宿舍网、酒店、密集办公网等）下的智分型无线接入点，采用锐捷网络独有的分布式架构和千兆独享式架构——弱电间主机+微AP射频模块+百米以太网线，每房间独立广播MIMO信号，可以做到24个房间在2.4GHz和5.8GHz双频段下的双流覆盖，满足多种场景中对性能、覆盖和美化效果的多方面需求。

RG-AM5528（ES）产品引领802.11ac浪潮，可支持同时工作在802.11a/n/ac和802.11b/g/n 模式。

该产品外观采用19英寸标准机柜尺寸，支持弱电间标准机柜部署和灵活的楼道小型机柜部署，提供24个下联RJ45接口连接到微AP射频模块。

RG-AM5528（ES）产品可根据需要灵活的选择多种类型的微AP射频模块，特别适合部署在高校宿舍网、酒店、办公网等环境。

3 产品特性领先的多级分布式系统架构➢性能至上：多级分布式架构随着宽带中国战略的不断深化，无线网络对带宽的要求也与日俱增。

智分+解决方案采用了锐捷独创的多级分布数架构。

主机侧的RG-AM5528（ES）采用分布式架构，数据转发和业务管理分别采用不同的模块进行处理，辅以万兆上行接口，可以彻底消除数据传输瓶颈；入室部署的微AP射频模块采用独立CPU进行数据处理和转发，独立射频芯片进行多用户空口调度。

主AP+微AP的多级分布式架构设计给智分+解决方案带来了前所未有的超高性能。

➢灵活部署：全场景使用入室微AP除了提供前沿802.11ac的射频规格外，还提供多种灵活的产品形态可供用户选择：RG-MAP552适合重新布线，吸顶或者壁挂安装的场景，微AP小巧美观，适合新建类项目的大规模部署。

Ruijie RG-WS6008 Series Wireless Controllers Hardware Installation and Reference Guide V1.0·Copyright statementRuijie Networks©2019Ruijie Networks reserves all copyrights of this document. Any reproduction, excerption, backup, modification,transmission, translation or commercial use of this document or any portion of this document, in any form or by any means,without the prior written consent of Ruijie Networks is prohibited.Exemption statementThis document is provided “as is”. The contents of this document are subject to change without any notice. Please obtainthe latest information through the Ruijie Networks website. Ruijie Networks endeavors to ensure content accuracy and willnot shoulder any responsibility for losses and damages caused due to content omissions, inaccuracies or errors.PrefaceThank you for using our products. This manual will guide you through the installation of the wireless controller.ScopeIt is intended for the users who have some experience in installing and maintaining network hardware. At the same time, it is assumed that the users are already familiar with the related terms and concepts.Obtaining Technical Assistance●Ruijie Networks Website: https:///●Technical Support Website: https:///support●Case Portal: https://●Community: https://●Technical Support Email: *****************************●Skype: *****************************Related DocumentsDocumentation ConventionsThe symbols used in this document are described as below:This symbol brings your attention to some helpful suggestions and references.This symbol means that you must be extremely careful not to do some things that may damage the device orcause data loss.1Product OverviewThe RG-WS6008 wireless LAN controller is introduced by Ruijie Networks to provide powerful access control capability for medium-large-sized wireless networks.1.1RG-WS6008Table 1-1 Technical Specifications of RG-WS6008The system may not support all USB disks. It is recommended to use the Kingston USB disk and set the file system format to FAT32.Avoid vibration and concussion when moving the wireless controller.RG-WS6008 wireless controller is a class A product. In a domestic environment, this product may cause radio interference, in which case the user may be required to take adequate measures.Product ImageFigure 1-1 Front Panel of RG-WS6008Figure 1-2 Rear Panel of RG-WS6008LED Indicators2Preparation for Installation2.1PrecautionsThe wireless controller acts as a network repeater and its working affects the normal operation of the whole network.T he following suggestions are advised for the installation and use of RG-WS6008:●Do not place the wireless controller in a damp/wet location. Do not let any liquid enter the chassis.●Keep the wireless controller far away from the heat source.●Ensure that the wireless controller is properly grounded.●Wear an anti-static wrist strap during installation and maintenance.●Do not wear loose clothes to avoid hooking any parts. Before operation, tighten your band, shawl, and sleeves.●Put the tools and parts away from where people walk by.●Use UPS to prevent power failure and other interferences.●If the clock is not accurate, check whether the clock has been configured. If not, the inaccuracy is likely to occur. Ifthe clock has been configured, the inaccuracy may be caused by the battery running out of power. In general, the button battery lasts about 10 years.Misuse of battery may cause damage to the device or hurt to people. Do not replace battery by yourself. Instead, contact Ruijie Service Center for the replacement of battery.This device is an A-class product. It may cause radio interference in living environment, which may require you to take anti-interference measures.Keep the device within the restricted-access area.The device should be installed by professionals or technicians.2.2Preparing Installation SiteRG-WS6008 is for indoor use only. To ensure its normal operation and prolong its life span, the installation site should meet the following requirement:2.2.1Temperature and Humidity RequirementsTo ensure normal operation and service life of the device, maintain appropriate temperature and humidity levels in your equipment room. See Table 2-1. Improper room temperature and humidity can cause damages to the device. High relative humidity may affect insulation materials, resulting in poor insulation and even electrical leakage, and sometimes may lead to change of mechanical properties of materials and corrosion of metal parts. Low relative humidity may dry and shrink insulation sheets and cause static electricity that can damage the circuitry inside the device. High temperature greatly reduces reliability of the device and shortens its service life.Table 2-1 Required Temperature and Humidity for the RG-WS6008The ambient temperature and humidity are measured at a point 1.5 meters (4.9 feet) above the ground and 0.4 meters (1.3 feet) before the device when there is no protective board in the front or back of the rack.The short-term working condition refers to a period no longer than consecutive 48 hours or accumulated 15 days a year.The extreme working condition refers to the temperature and humidity of the machine room where the air conditioner fails for no more than five hours.2.2.2Cleanness RequirementsDust poses a serious threat to device operation. Dust that falls onto the surface of the device can be absorbed onto metal contact points by static electricity, resulting in poor contact. Electrostatic absorption of dust occurs more easily when the relative humidity is low, which may shorten the service life of the device and cause communication failures. Table 2-2 shows the maximum concentration and diameter of dust allowed in the equipment room.Table 2-2Besides, the contents of salts, acids and sulfides in the air are also strictly limited for the equipment room. These substances can accelerate metal corrosion and the aging of some parts. Table 2-3 describes the limit of some hazardous gases such as SO2, H2S, NO2 and Cl2 in the equipment room.Table 2-32.2.3Static Discharge Damage PreventionAlthough much has been done in RG-WS6008 to prevent static electricity, great damage may be caused to the circuitry when the static electricity exceeds a certain limit. Electrostatic induction may come from the following sources:●External electric field produced by the high-voltage supply cable, lightning, etc;●Internal systems such as the indoor floor and the entire structure.To prevent damage from static electricity, you must pay attention to the following:●Properly ground the equipment.●Take dust prevention measures in the room.●Maintain an appropriate humidity and temperature.●Always wear an anti-static wrist strap when you touch any circuit board.●Place the circuit board on an anti-static workbench or in an anti-static shielding bag.●Try to hold a circuit board by its edges. Do not touch any components or the PCB.2.2.4Anti-Interference RequirementsThe wireless controller is susceptible to external interference such as electromagnetic wave and current. Note that:●Provide the power system with effective anti-interference measures.●It is recommended that the wireless controller be installed far away from the grounding device.●Keep the wireless controller away from high-power radio stations, radar stations, and high-frequency high-currentdevices.●Use EMI shielding when necessary.2.2.5Installation Site RequirementsTo install the wireless controller whether in the cabinet or on the workbench, pay attention to the following items:●Ensure that enough space is reserved around the air inlet and exhaust vents for ventilation and heat dissipation. It isrecommended that the wireless controller be installed in a standard 19-inch cabinet. Otherwise, use a clean platform as a workbench. It is recommended to equip the installation site with an air conditioner if it is hot.●Ensure that the cabinet or the workbench is provided with proper ventilation and heat dissipation system.●Ensure that the cabinet or the workbench is sound enough to bear the weight of the wireless controller and itsaccessories.●Ensure that the cabinet or the workbench is properly grounded.2.3Installation Tools3Installing Wireless Controller3.1Installation FlowchartPlease follow the following procedure to install the wireless controller to ensure the smooth installation and avoid any damage to the device.3.2Mounting Wireless ControllerNow the wireless controller is ready for installation. Mount it to either of these two places.● A cabinet● A workbench3.2.1Mounting RG-WS6008 in CabinetRG-WS6008 is designed according to the specification of 19-inch standard cabinet. Use the supplied mounting accessory for installation.3.2.2Mounting RG-WS6008 on WorkbenchIn the absence of a 19-inch standard cabinet, install the wireless controller on a clean workbench. During the operation, pay attention to the following items:●The workbench is firm and well-grounded.●The supplied plastic cushion is stuck to the small hole at the bottom of the wireless controller and a 10 cm clearanceis reserved for dissipation.●No weight is placed on the top of the wireless controller.3.3Installing Power CableRG-WS6008 supports AC (100 VAC to 240 VAC; 50/60 Hz). Make sure that your power supply meets the requirement.See Chapter 1for details about the power module.RG-WS6008 uses three-wire power cable. It is recommended to use single-phase three-wire power socket or multi-functional microcomputer socket with neutral-point connector. The neutral-point needs to be grounded safely. Check whether the power supply in your building is grounded properly.Follow the following steps to install the power cable:1.Connect one end of the supplied power cable to the socket on the rear panel of the device and another to the ACpower socket.2.Check the power indicator on the front panel is on. If it is, it means that the power cable is correctly connected.3.4EMS & Secure GroundingThe ground required for EMC design includes shielding ground, filter ground, noise and interference suppression, and level reference. All the above constitute the comprehensive grounding requirements. The grounding resistance should be smaller than 1Ω. The RG-WS6008 wireless controller has a grounding pole on the rear panel, as shown in Figure 3-1. Figure 3-1 RG-WS6008 Grounding3.5Connecting ConsoleRG-WS6008 supplies an EIA/TIA-232 configuration console for local configuration. If you configure RG-WS6008 through Web, skip this part.Table 3-2 Console AttributesConnect one end of the supplied configuration cable to the console port of the wireless controller, and the other end to the DB-9 male serial adapter of the microcomputer.3.6VerificationWhen you have installed the wireless controller, before powering on it, pay attention to the following items:●If the wireless controller is stalled in a cabinet, check the mounting brackets of the cabinet and wireless controller arefirm. If the wireless controller is installed on the workbench, check there is enough room around the wireless controller for heat dissipation and the workbench is firm.●Check the power supply meets the requirements.●Check the grounding cable is correctly connected.●Check the wireless controller is connected correctly to other devices such as the configuration terminal.4Configuration Guide4.1Setting up Configuration EnvironmentWhen you use the wireless controller for the very first time, you will need to configure it through a console port as follows:●As shown in the following figure, connect the serial port of a character terminal or microcomputer to the console portthrough an RS232 cable.●Set the communication parameters of the terminal. For a microcomputer, you will need to run a terminal emulationprogram like Windows operating system’s Hyperterm. Take Hyperterm for example.Run Hyperterm and create a connection.Select the serial port to be connected with the console port of the wireless controller, as shown in figure 4-2.Set communication parameters as follows: baud rate to 9600, data bit to 8, stop bit to 1, parity to No, flow control to No, as shown in figure 4-3.Go to File->Property->Settings and set terminal emulation type to VT100.Figure 4-1 Creating ConnectionFigure 4-2 Selecting Serial Port to be Connected with Console Port.Figure 4-3 Setting Communication Parameters for Serial Port.After building the configuration environment, you may power on the wireless controller 4.2Powering on Wireless Controller4.2.1Verification Before Power-onBefore powering on the wireless controller, please check the following items:●If the power cable and the grounding cable are connected correctly.●If the power supply voltage meets the requirement.●If the configuration cable is connected correctly, the microcomputer or terminal is turned on, and the setting iscomplete.Before powering on the wireless controller, check the position of the power switch so that you may cut power supply in time in case of accident.4.2.2Power-on●Turn on the power supply.●Turn the power switch of the wireless controller to the on position.4.2.3Verification After Power-onAfter powering on the wireless controller, please check the following items:●If the ventilation system is functional.When the wireless controller is powered on, you will hear the fan working. Put your hand near the air inlet and exhaust vents, you will feel the air flowing.●If the indicators on the front panel of the wireless controller are in the proper state.See LED Indicators in Chapter 1.●If the configuration terminal displays information as expected.When the wireless controller is powered on, information on the software self-decompression will appear on the terminal display.4.2.4Startup ProcessWhen the wireless controller is started for the first time, the following information appears:***********************************************Boot 1.2.0-00346-g2d7093f (Build time: Mar 27 2014 - 16:04:49)DRAM: 2 GiBNAND: 512 MiBFlash: 8 MiBSETMAC: Setmac operation was performed at 2014-04-22 10:38:33 (version: 11.0)Press Ctrl+C to enter Boot MenuBootloader: Done loading app on coremask: 0xffffffff[ 0.000000] Linux version 2.6.32.13-Cavium-Octeon (ngcf@ngcf75) (gcc version 4.3.3 (Cavium Networks Version: 2_0_0 build 95) ) #1 SMP Thu May 8 04:34:42 CST 2014[ 0.000000] CVMSEG size: 2 cache lines (256 bytes)[ 0.000000] Cavium Inc. SDK-2.3[ 0.000000] bootconsole [early0] enabled[ 0.000000] CPU revision is: 000d910a (Cavium Octeon II)[ 0.000000] Checking for the multiply/shift bug... no.[ 0.000000] Checking for the daddiu bug... no.[ 0.000000] Determined physical RAM map:[ 0.000000] memory: 000000000003f000 @ 0000000000dd1000 (usable after init)[ 0.000000] memory: 000000000f000000 @ 0000000000f00000 (usable)[ 0.000000] memory: 00000000d0000000 @ 0000000020000000 (usable)[ 0.000000] memory: 000000000ffff000 @ 00000000f0001000 (usable)[ 0.000000] memory: 000000030efff000 @ 0000000100001000 (usable)mount: Mounting /dev/sda1 on /var/storage failed: No such device or addressStarting rg_lowmem_killer... [ OK ]……Starting snooping.elf... [ OK ]Starting postgresql server.../mnt/sata0/pgsql/bin/postgres not found... [ OK ]Starting rg-mtdoops-cli... [ OK ]Starting sntp.elf... [ OK ]Press RETURN to get started*May 15 11:08:01: %CAPWAP-4-NO_IP_ADDR: Please config the IP address for capwap.Now the wireless controller is ready for configuration.Such information may vary with hardware configuration or software version.When using the wireless controller for the first time, it is recommended to set basic parameters during configuration.4.3Configuring Wireless ControllerSee RG-WLAN Series Access Controller RGOS Command Reference and RG-WLAN Series Access Controller RGOS Configuration Guide for configuration details.5Troubleshooting5.1Power TroubleshootingYou may use the power indicator on the front panel to decide if the power supply system is operating normally. For description of indicators, see Chapter 1. If a fault occurs, check the following items:●If RG-WS6008 power switch is in the on position.●If the power supply is turned on.●If the power cord is connected correctly.●If the power supply meets the requirements.Never attempt hot swapping of the power cord. If the steps above did not solve your problem, contact your local distributor or technical support personnel.5.2System TroubleshootingIf the system is operational, relevant information is displayed on the terminal as described in chapter 4. Otherwise, nothing or gibberish is displayed. If nothing is displayed, please check the following items:●Verify whether the system power supply is operational.●Verify whether the cable is connected to the console port correctly.If there is still nothing displayed, it may be due to improper cable connection or incorrect parameter settings. Please change the parameter settings.If gibberish is displayed, it may be caused by incorrect parameter settings. Please check the following parameters:●Baud rate: 9600●Data bit: 8●Parity check: None●Stop bit: 1●Flow control: None●Terminal emulation: VT100If the console port parameters are changed, it may cause no display on the terminal.。

XXXXXXXX办公网与生产网改造方案YYYYYYY有限公司2020-10目录1.概述 (3)1.1背景描述 (3)1.2 需求分析 (3)1.2.1路由器更换 (3)1.2.2核心交换机配置 (4)1.2.3无线网络设计 (4)1.2.4运维简单 (4)2.方案设计 (5)2.1 整体方案架构 (5)2.1.1 网络整体设计 (6)3.解决方案设计 (8)3.1 内外网安全设计 (8)3.2 高可靠网络设计 (8)3.3无线网络设计 (9)3.6简单方便的运维管理 (10)4.无线覆盖规划图 (11)5.报价及清单 (13)6.营业执照复印件 (15)1.概述1.1背景描述对于本次项目网络针对的场景主要为生产车间和企业办公网，网络主要分为无线网和有线网两个组成部分。

首先从设备上来说，对于生产车间来说主要有PDA手机终端，PC终端等设备；对于企业网主要办公电脑，手机，打印机等设备。

本次针对有线网的核心需求是实现内网和外网之间的隔离。

由于原来的网络结构比较单一，要想实现内外网之间的隔离只能在出口网关上通过策略实现访问限制，并不能从根本上，从交换机层面实现内外网的隔离，这样会给企业带来很大的安全隐患。

针对无线网核心需求是完成公司1楼至四楼的无线覆盖。

1.2 需求分析此次XXXXXXXX网络建设，需要满足以下几点需求：1.2.1路由器更换对XXXXXXXX来说，当前既需要与柳州进线互通，原有TL-ER6110G路由器支持VPN，但功能单一，性能不足，无法跟上公司发展需求。

1.2.2核心交换机配置核心交换机是整个公司网络环境的核心，选配锐捷RG-S5750V2-28GT4XS-L三层交换机，配置VLAN，内部办公环境与无线环境独立分开，以保证无线稳定运行。

实现PC与无线环境在有需求的情况下互通。

1.2.3无线网络设计企业的无线环境主要为车间及仓储部分，主要无线设备有扫码枪和手机终端等。

需要保证无线信号覆盖全面，无信号盲点，无线漫游切换不掉线等效果。

2019年湖北省”工匠杯”职业技能大赛”“计算机网络技术”赛项样题赛题说明一、竞赛内容分布模块一：无线网络规划与实施（15%）模块二：设备基础信息配置与验证（10%）模块三：网络搭建与网络冗余备份方案部署（25%）模块四：移动互联网搭建与网优（20%）模块五：出口安全防护与远程接入（10%）模块六：云平台搭建与企业服务应用（15%）模块七：赛场规范和文档规范（5%）二、竞赛时间竞赛时间为3个小时。

三、竞赛注意事项1.竞赛所需的硬件、软件和辅助工具由组委会统一布置，选手不得私自携带任何软件、移动存储、辅助工具、移动通信设备等进入赛场。

2.请根据大赛所提供的比赛环境，检查所列的硬件设备、软件清单、材料清单是否齐全，计算机设备是否能正常使用。

3.操作过程中，需要及时保存设备配置。

比赛结束后，所有设备保持运行状态，不要拆动硬件连接。

4.比赛完成后，比赛设备、软件和赛题请保留在座位上，禁止将比赛所用的所有物品（包括试卷和草纸）带离赛场。

5.裁判以各参赛队提交的竞赛结果文档为主要评分依据。

所有提交的文档必须按照赛题所规定的命名规则命名，不得以任何形式体现参赛院校、工位号等信息。

四、竞赛结果文件的提交按照题目要求，提交符合模板的WORD文件、Visio图纸文件和设备配置文件。

网络规划与实施注意事项●考生通过WEB页面登录到JCOS系统中，建立虚拟机并对虚拟机中的操作系统进行相关网络服务配置。

JCOS系统的登录密码是XX(现场提供)。

●Windows操作系统的管理员和CentOS的root用户的密码在创建云主机的时候自行设置，ODL的虚拟机默认用户名密码都是mininet，软件均已经安装在电脑中。

●考生在PC机上通过SecureCRT软件配置网络设备，软件已经安装在电脑中。

●竞赛结果文件的制作请参考U盘“答题卡”文件夹中的“无线网络勘测设计答题卡.docx”、“交换路由无线网关设备配置答题卡.docx”、“云平台服务器配置答题卡.docx”。