Design And Implementation Of Campus WLAN Coverage Engineering Based On Wireless “smart”

With the rapid development of society and economic in the 21st century and the popularity of mobile Internet, the mobile Internet has revolutionized the way people live and learn. High-speed, high performance and compatibility have become a common requirement for people.So it is becoming urgent to communicate anytime and anywhere and have information service needs. Campus is like a microcosm of society, where there are wider and wider wireless applications and a massive increasing wireless users. So it leads to higher performance for wireless network requirements.The traditional way of wireless network coverage can not meet the needs of users on campus. Under the new situation of high-quality wireless network, what can we do to meet needs of college and university users? It is still a problem. Now major manufacturers, universities and research institutions are all actively engaged in the exploration and practice. But the university campus has a large area, personnel-intensive, complex and diverse scene feature. Therefore it is very tough to build high-quality wireless network.This artcle mainly discusses the construction of the campus wireless LANs. First, it introduces two ways of indoor wireless coverage mainstream school environment "direct discharge type" and "distributed". It compares the advantages and disadvantages of the two wireless coverage patterns.As a result, the two ways aren't both suitable for campus mainstream school environment wireless coverage.They can not meet the requirements of the current situation,either. Then we investigate each typical occasion campus site and analyse major domestic mainstream wireless vendor solutions research.we also combine the actual needs of the selection of equipment and equipment selection principles of this project customers. Eventually, environments, we successfully resolved a series of problems, such as high-density signal coverage, network-performance problems, terminal intelligent migration issues, user experience issues, network operatorsand so on.How did we do that? We did that by building typical application scenarios like universities, dormitory, library, school buildings, covering design and verification testing outdoorThis passage discusses the design, the deployment of a high-performance, intelligent, easy operation and maintenance, covering model for the next generation of new wireless campus network to provide a theoretical basis and practical guidance for campus wireless LANs building.