LTE UE Radio Resource Configuration Update Integrity

The patent segments the radio resource configurations into two distinct categories: common radio resources (CRBs) and dedicated radio resources (DRBs). This segmentation is achieved by identifying resource blocks and comparing their allocation patterns - CRBs follow a systematic allocation pattern while DRBs have dedicated assignments. By separating these configurations, the UE can selectively apply updates only to CRBs while preserving DRB configurations, thus maintaining reliability while enabling system information updates.

The patent introduces an intermediary mechanism in the form of a configuration management module that acts as a mediator between the received system information and the existing radio resource configurations. This intermediary compares the incoming common radio resource configurations with existing dedicated configurations, identifies overlaps, and selectively applies only non-conflicting updates. This mediator prevents direct overwriting while still allowing necessary system information updates to proceed.

The patent implements a feedback mechanism where the UE continuously monitors the status of radio resource configurations and compares received system information with existing configurations. When an update is received, the system provides feedback by identifying which configurations are common vs. dedicated, and selectively applies updates only where appropriate. This feedback loop ensures that dedicated configurations are preserved while common configurations remain current, maintaining both connection stability and information currency.

Before applying system information updates, the patent performs preliminary actions by pre-identifying and protecting dedicated radio resource configurations. The system预先 marks DRBs as protected configurations and establishes exclusion rules that prevent overwriting. This preliminary protection mechanism ensures that when system information updates arrive, the UE can immediately apply safe updates without risking connection stability, thus maintaining both reliability and information currency.