| As the development of informatization in campus,school office,teaching and other production activities have a greater dependence on the network.Traditional wired networks have been difficult to meet due to physical line constraints.The mobile internet grows rapidly in recent years,end device like smart phones popular in domestic.It changes the habit of people in using the internet.Thus,most campus in China has a tremendous need for wireless networks which leads to a hot wave in wireless construction in domestic campus.This essay introduces the basic concept of wireless LAN technology and networking technology.It mainly introduces all kinds of LAN standard system.In the basic concept part of the main introduction of the various types of LAN standard system,focusing on 802.11 standard set of 802.11 n and 802.11 ac features,and compare its advantages.In the networking technology section,the basic hardware composition of wireless LAN and the common wireless topology are introduced,it come up with self-rule networking technology and unified management networking technology.Later,the essay analyses the features and usage of the two.After that,on the basis of analysis and conclusion of wireless network,the essay come up with a campus wireless network design plan on the base of unified management including total demands,design discipline,matters that needs attention.In the purpose of providing practice proves for the design of campus wireless network.At last,this essay brings in a real case of campus wireless network construction to demonstrate the steps and methods to achieve campus wireless network design based on unified management.Through practice proved that the characteristics of its centralized management greatly reduces the complexity of deployment and management,but also has the whole network roaming,unified authentication features optimize the user experience.In general,campus-based wireless LAN solutions based on unified management have a significant advantage over autonomous wireless networks in larger scale wireless networks. |
