18148830. AUTOMATED WIRELESS RADIO CONFIGURATION simplified abstract (Juniper Networks, Inc.)
Contents
AUTOMATED WIRELESS RADIO CONFIGURATION
Organization Name
Inventor(s)
May Zar Lin of San Jose CA (US)
Jacob Thomas of Saratoga CA (US)
Wenfeng Wang of Cupertino CA (US)
AUTOMATED WIRELESS RADIO CONFIGURATION - A simplified explanation of the abstract
This abstract first appeared for US patent application 18148830 titled 'AUTOMATED WIRELESS RADIO CONFIGURATION
Abstract: Techniques are described for automatically configuring one or more settings of wireless radios within access point (AP) devices at a site based on wireless radio configuration settings for wireless radios within AP devices at manually tuned sites, i.e., “golden sites.” The techniques may automatically configure channel bandwidth settings of the wireless radios within the AP devices to optimize performance of wireless networks at the site. A system monitors operational parameters of the wireless radios within the AP devices at a site, identifies a class of wireless radios within AP devices at the golden sites that have similar operational parameters as one or more wireless radios within a particular AP device at the site, and automatically configures the settings of the wireless radios within the particular AP device at the site based on the settings associated with the identified class of wireless radios within AP devices at the golden sites.
Key Features and Innovation:
- Automatic configuration of wireless radios in AP devices based on settings from golden sites
- Optimization of channel bandwidth settings for improved wireless network performance
- Monitoring operational parameters to identify similar classes of wireless radios
- Configuration based on settings associated with identified classes of wireless radios
Potential Applications: - Wireless network optimization - Improved performance of access point devices - Enhanced connectivity in wireless environments
Problems Solved: - Manual configuration of wireless radios in AP devices - Inefficient use of channel bandwidth settings - Lack of optimization in wireless network performance
Benefits: - Automated configuration saves time and effort - Optimized channel bandwidth settings improve network performance - Consistent settings based on identified classes of wireless radios
Commercial Applications: Title: Automated Wireless Radio Configuration for Improved Network Performance This technology can be applied in various industries such as telecommunications, IoT, and smart home devices to enhance wireless connectivity and optimize network performance. Market implications include increased efficiency, better user experience, and reduced maintenance costs.
Prior Art: Readers can explore prior art related to automated wireless radio configuration, channel bandwidth optimization, and network performance enhancement in the field of wireless communications and networking technologies.
Frequently Updated Research: Stay updated on the latest research in automated wireless radio configuration, network optimization, and wireless communication technologies to leverage advancements in the field for improved performance and connectivity.
Questions about Automated Wireless Radio Configuration: 1. How does automated configuration based on golden sites improve wireless network performance? Automated configuration based on golden sites allows for the optimization of channel bandwidth settings, leading to improved performance of wireless networks.
2. What are the key benefits of automatically configuring wireless radios in AP devices? The key benefits include saving time and effort, optimizing network performance, and ensuring consistent settings based on identified classes of wireless radios.
Original Abstract Submitted
Techniques are described for automatically configuring one or more settings of wireless radios within access point (AP) devices at a site based on wireless radio configuration settings for wireless radios within AP devices at manually tuned sites, i.e., “golden sites.” The techniques may automatically configure channel bandwidth settings of the wireless radios within the AP devices to optimize performance of wireless networks at the site. A system monitors operational parameters of the wireless radios within the AP devices at a site, identifies a class of wireless radios within AP devices at the golden sites that have similar operational parameters as one or more wireless radios within a particular AP device at the site, and automatically configures the settings of the wireless radios within the particular AP device at the site based on the settings associated with the identified class of wireless radios within AP devices at the golden sites.
