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Showing posts with the label Curated

How Breaks Enhance Problem-Solving in Wi-Fi Design

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In the world of Wi-Fi network design, some of the best ideas often come when you least expect them—like during a shower or a walk. This week, we're diving into the brain science behind why stepping away from your desk might just be the key to solving your toughest Wi-Fi challenges. Understanding this concept can help Wi-Fi administrators optimize their problem-solving strategies and improve network design efficiency. What the article covers The article from Wireless LAN Professionals explores the concept of the Default Mode Network (DMN) in the brain, which becomes active when you stop focusing on external tasks. This part of the brain is linked to creative problem-solving, and the article argues that stepping away from concentrated work can lead to breakthroughs in Wi-Fi design. However, it also points out several inaccuracies in popular interpretations of this brain science. Key corrections include clarifying that the DMN does not use 20% of the body's energy—this is th...

Improve Wi-Fi Surveys with Better Walk Patterns and Spacing

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In the world of Wi-Fi network management, the accuracy of a site survey can significantly impact the performance and reliability of the network. This week, we're focusing on a crucial aspect of site surveys that often goes unnoticed: the quality of the walk during the survey process. Understanding this can help Wi-Fi administrators produce more reliable heat maps and improve network planning and troubleshooting. What the article covers The article from Wireless LAN Professionals emphasizes the importance of how a site survey is conducted, particularly the spacing between survey points. It explains that the heat map generated from a survey consists of real data where survey points are close together and interpolated data where they are far apart. The quality of the walk during the survey directly affects the accuracy of the heat map, as the software fills in gaps between points with interpolated data, which can lead to inaccuracies. The author introduces a scoring method to ev...