Optimizing Network Resources with Real-time Environmental Awareness

This patent describes a system that watches the invisible electromagnetic signals around it to figure out the best way to manage internet and phone networks for users.

What it covers

Based on the abstract, this patent describes a system designed to improve how network resources are used. It first 'monitors the electromagnetic environment,' which means it listens to all the radio waves and signals around it. Then, it 'analyzes' this information to 'extract environmental awareness,' understanding what's happening in the air. This awareness is combined with 'customer goals' and 'user defined policies and rules' to create 'actionable information.' This information then helps 'optimize the network resources.' For example, a cell tower could detect a lot of interference (electromagnetic environment), know that users nearby want fast downloads (customer goals), and then adjust its signal frequency or power (optimize network resources) to provide better service.

What it doesn't cover

• —Does not cover network optimization based solely on traffic volume without considering the electromagnetic environment.
• —Does not cover optimization that only uses static, predefined rules without real-time environmental awareness.
• —Does not cover optimization of non-network resources, such as power grids or water distribution systems.
• —Does not cover systems that optimize networks without incorporating specific customer goals or user-defined policies.
• —Does not cover network optimization methods that do not involve extracting 'environmental awareness' from monitoring the electromagnetic environment.

The clever bit

The clever part is combining real-time understanding of the invisible electromagnetic environment with specific customer goals and user rules to generate practical steps for network optimization. This allows networks to adapt intelligently rather than relying on static settings.

Why it matters

Efficiently managing network resources is crucial for modern communication, from mobile phones to the internet. This approach could lead to more reliable and faster connections by dynamically adapting to real-world conditions like interference or signal strength. By integrating customer needs, it aims to deliver a better user experience, making networks smarter and more responsive.

Real-world examples

• 1.Advanced 5G base stations
• 2.Smart Wi-Fi routers
• 3.Dynamic spectrum management systems
• 4.Self-optimizing cellular networks
• 5.Cognitive radio systems