This invention describes a communication system where a central manager controls how data is sent between base stations and remote devices. The manager defines and adjusts the communication links, specifically by changing data rates, frequency bands, and time slots, while also maintaining a specified latency for efficient network use.
Why it matters: Filed before 5G's URLLC and mMTC capabilities were fully mature. The claims for dynamic adjustment of latency and bandwidth are now critical for advanced IoT and industrial automation, especially with the rise of AI-driven network optimization.
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