![]() ![]() ![]() In addition to the grid that repeatedly updates information about each access point, there are 6 graphical, diagnostic views: (1) Timecourse of Beacon Qualities For Each Access Point, (2) Differential Display of Beacon Qualities for Each Access Point, (3) Usage of Each of the 802.11 b/g Channels, (4) Timecourse of the Usage of Each of the 802.11 b/g Channels, (5) Heatmap / Waterfall Chart of the 802.11 b/g Channels and (6) Channel Spectrogram of the 802.11 b/g Channels. The more (and different) ways you have at looking at data then the greater the chance something will catch your eye that you might otherwise miss if only a single type of chart were used.NetSurveyor distinguishes itself from other tools in its category in the following ways: Just to be clear, the RSSI reflects the strength of the beacon as received by the STA – it is not an indication of performance. In addition, the discovery tool reports the RSSI (Received Signal Strength Indication) for each AP, which is roughly an indication of how close the AP is to your current location (i.e. The way this works is that roughly every 100 mSec an AP sends an “I’m here” beacon – and the discovery tool (running on your laptop and using its 802.11 wireless adapter, also known as a station or STA) picks-up that beacon and adds the SSID to its list of known wireless networks. A discovery tool reports the Service Set Identifier (SSID) for each wireless network it detects, along with the channel used by the access point (AP) servicing that network. The best known in this category is NetStumbler. NetSurveyor is a diagnostic tool that falls under the category of WiFi Scanners or 802.11 Network Discovery Tools. As a learning tool to help understand the relationship between access points (BSSIDs), wireless networks (SSIDs), and client stations (STAs).In a secure business environment, for use in detecting the presence of rogue access points.Conducting wireless site surveys where the installer is interested in learning about the coverage of a new or existing access point, roaming capability, presence of RF interference or “dead spots”, and optimum location of access points, their antennas and client stations.Reporting the presence of WiFi networks and local access points and the signal strengths of their beacons. ![]() Trouble-shooting an existing network or wireless environment that is performing poorly.During the installation of a wireless network, as an aid in verifying the network is properly configured and antennas are positioned at locations to achieve efficient transmission / reception - that is, for use in verifying WiFi coverage and maximizing beacon signal strength.Select Scan at the bottom of the screen to scan your document or picture.Īfter your scan is finished, select View to see the scanned file before you save it, or select Close to save it. You can edit the scanned document or picture in the preview that appears when you select View. ![]() Under Save file to, browse to the location where you want to save the scan. Select Show more to show the Save file to options. For example, you can save the file in different file formats-such as JPEG, Bitmap, and PNG. Under File type, select the type of file you want the scan to be saved as. Under Source, select the location you prefer to scan from. Under Scanner, select the scanner you want to use. Place the item you want to scan in the scanner's document feeder. Place the item you want to scan face down on the scanner's flatbed and close the cover. In the search box on the taskbar, type Windows Scan, and then select Scan from the results. Note: Need to install the Windows Scan app? You can get the app at Microsoft Store. ![]()
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