LTE Multi-UE Simulator False DCI Detection Reduction

The patent implements feedback mechanisms where the simulator monitors decoded DCI values and compares them against expected patterns and parameters. When a DCI is decoded, its validity is verified through multiple checks including parameter validation, cross-verification with other control channels, and consistency checks with previously decoded information. This feedback loop allows the system to distinguish true DCIs from false detections while maintaining comprehensive monitoring coverage.

The patent introduces intermediary validation layers between the blind decoding process and the actual data processing. These intermediaries include validation modules that check decoded DCI parameters against predefined criteria, filter mechanisms that block suspicious DCI values, and verification processes that cross-check decoded information with other network signals. This intermediary system prevents false DCIs from propagating to the data processing stage while allowing genuine DCIs to pass through.

The patent segments the blind decoding process into multiple independent stages: initial decoding attempt, parameter validation, cross-verification, and final confirmation. Each stage processes only the necessary subset of DCI candidates with appropriate validation rules. This segmentation allows the simulator to maintain comprehensive monitoring while reducing the computational burden at each individual processing stage by focusing only on relevant validation checks.

The patent applies partial validation actions to DCI candidates based on their likelihood of being genuine. Instead of applying full validation to all decoded DCI values, the system performs quick preliminary checks on all candidates and applies more rigorous validation only to those that pass the initial screening. This partial action approach maintains detection completeness while significantly reducing the overall decoding complexity by avoiding exhaustive validation of obviously false candidates.