Руководство По Проектированию для Cisco Cisco Aironet 350 Mini-PCI Wireless LAN Client Adapter

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C H A P T E R
13-1
Enterprise Mobility 4.1 Design Guide
OL-14435-01
13
Cisco Unified Wireless Location-Based Services 
Introduction
With integrated location tracking, enterprise wireless LANs become more valuable as a corporate 
business asset. By identifying and tracking the location of wireless users, companies can improve the 
accuracy of WLAN planning and deployment to optimize ongoing network performance, enhance 
wireless security, and improve both the usefulness and value of important business applications. 
Location tracking provides visibility and control of the RF environment, and helps IT staff deploy 
wireless networks that are easier to manage and deploy. 
Enterprise network administrators, security personnel, users, and asset owners have expressed great 
interest in location-based services to allow them to better address requirements such as the following:
  •
Quickly and efficiently locating valuable assets and key personnel
  •
Improving productivity via effective asset and personnel allocation
  •
Reducing loss because of the unauthorized removal of high-value assets from company premises
  •
Improving customer satisfaction by rapidly locating critical service-impacting assets
  •
Improving WLAN planning and tuning capabilities
  •
Improving workflow automation
  •
Coordinating Wi-Fi device location with security policy enforcement
This chapter discusses the location-aware Cisco Unified Wireless Network (UWN). It focuses primarily 
on design considerations but mentions topics meriting special consideration during deployment as well. 
These areas are described in brief and references are made to a comprehensive white paper entitled Wi-Fi 
Location-Based Services: Design and Deployment Considerations
, which contains in-depth discussion 
and analysis. This white paper is available at the following URL: 
The following topics are addressed in this chapter:
  •
The fundamentals of positioning technologies including lateration, angulation, and location 
patterning approaches
  •
Cisco RF Fingerprinting and its advantages over traditional positioning techniques
  •
Cisco Location Control Protocol (LOCP)
  •
Chokepoints (and the use of chokepoint triggers) to further enhance location granularity within the 
Cisco UWN
  •
Various RFID tag technologies including active, passive, and multimode
  •
External third-party location client application interfaces to the Cisco Wireless Location Appliance