The Location Engine on the wireless controller must be enabled.The ExtremeWireless Controller must be a model C25 or better, running firmware version 8.31 or higher.The following requirements pertain to wireless location and coverage features: In order to create or edit Maps, you must be a member of anĪuthorization group assigned the OneView > Maps > Maps Read/Write Access capability. Show Application Data in Maps - Use map links tied to ExtremeAnalytics network locations to display network application flow data in a map.
#Advanced map viewer zip
This function also lets you export floorplan maps to a ZIP file. Import and Export Maps - The map import function gives you the ability to import Ekahau maps into floorplan maps.Coverage is determined by computing the approximate radio signal strength at fixed distances from access points, with floorplan and wall information used to provide accuracy in the signal strength computation. Wireless coverage is displayed using different colors to indicate radio signal strength based on the distance from access points included on the map. Wireless Coverage - This feature provide a graphical view of wireless coverage, allowing quick identification of possible coverage trouble spots.You can also view time-lapse location coverage for a client, using historic triangulated location results. You need at least three access points to report triangulated location. This helps define the probable distance of a client from a given access point. The floorplan wall type information helps determine the degradation of signal strength that occurs as a wireless radio signal passes through the walls. Using floorplan data, a single client's location is triangulated based on the client's contact with multiple access points in the covered area. Colored distribution displays high, medium, and low confidence locations, with the client icon displayed in the highest confidence location. Wireless Location - Advanced location (triangulation) enhances client location results, improving visibility when investigating wireless trouble spots.Use the Map drawing tools and menus to specify wall types, material, and thickness and then configure AP locations, type, and orientation. You can upload and modify existing floorplans or create new floorplans from scratch. Using floorplans provides greater accuracy in calculations of wireless client location and displays wireless device coverage. Detailed Floorplans - Advanced map functionality lets you create detailed floorplans for both your wired and wireless networks.OverviewĮxtremeCloud IQ - Site Engine advanced Map features provide the following enhanced functionality: This Help topic provides the following information:įor information on viewing and searching maps, see View and Search Maps. The advanced Map features include custom floorplan design, triangulated wireless client location, and wireless coverage maps to identify coverage trouble spots for your wireless network. 👉 Enjoy more maps, geolocation and street view examples in our Collection Maps, geolocation and street view.The Network > Devices tab contains Map features that let you create geographic and topological maps of the devices and floorplans of wireless access points (APs) on your network. Take a look at how people are experimenting and enhancing their maps right now with our selection of 20 Inspirational Examples of Interactive Maps and Street View experiences in Web Design. Most of these examples are WebGL and Three.js interactive map experiences, but there are lots of customization possibilities at Google Maps API, where you can explore multiples options to customize google maps properties and elements like styled map types, custom controls, drawing circles and polygons, animating symbols, heatmaps, adding traffic or bicycle layers, and so much more. You also have MapBox GL JS, which allows you to totally change the graphic style of your map, or you could integrate three.js into your maps using libraries such as Threebox. Right now there are many JavaScript Libraries available to help us to create dynamic maps and extend the functionality of the Google Maps APIs (and other data-set providers) with various customization options, check out the selection in Polymaps. The use of dynamic maps and geolocation in interactive experiences is continually improving, and we’re seeing excellent user interactions, such as Virtual Reality or Augmented Reality, integrated into the use of maps, geolocation and street view.
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