Configurable Antenna Pattern Group Selection for Wireless Devices

The patent segments the complete set of antenna patterns into multiple groups, where each group contains a subset of antenna patterns optimized for specific installation environments. The system divides the problem space by creating environment-specific pattern groups (e.g., ceiling-mounted, wall-mounted, floor-standing) rather than storing all possible patterns in a single large set, thereby reducing memory requirements while maintaining communication performance.

The patent performs preliminary action by pre-configuring multiple antenna pattern groups, each optimized for specific installation environments. During installation, the system pre-selects the appropriate group based on the installation type, avoiding the need to store and search through all possible antenna patterns. This pre-organization of patterns into environment-specific groups reduces memory usage while ensuring optimal performance is readily available.

The patent implements universality by creating multiple antenna pattern groups that can serve different installation environments. Instead of having a single fixed group, the system maintains multiple groups that are universally applicable to various installation types (ceiling, wall, floor, outdoor). The controller selects the appropriate group based on the installation environment, making the system adaptable to diverse conditions while keeping each individual group compact for memory efficiency.

The patent introduces dynamics by making the antenna pattern group selection adaptive rather than static. The controller dynamically selects which antenna pattern group to use based on the detected or user-specified installation environment. This dynamic selection process allows the system to adapt to different installation conditions while maintaining a manageable memory footprint, as only the selected group's patterns are actively used at any given time.

The patent segments the complete set of antenna patterns into multiple smaller, environment-specific groups. Instead of storing all possible patterns in a single large memory structure, the system divides them into separate groups (e.g., ceiling-mounted patterns, wall-mounted patterns, outdoor patterns). This segmentation reduces the memory capacity required in each group, thereby lowering device cost while ensuring optimal patterns are available for each specific installation type.

The patent extracts only the necessary antenna patterns for each specific installation environment into separate groups. Rather than storing all possible patterns universally, the system extracts and stores only the relevant patterns for each environment type. This extraction approach reduces the overall memory requirement and device cost, as each group contains only the patterns needed for its specific installation context.

The patent segments the antenna pattern search space by organizing patterns into multiple environment-specific groups. Instead of searching through a single large set of all possible patterns, the controller first identifies the installation environment and then searches only within the corresponding pre-configured group. This segmentation dramatically reduces the search space and determination time while maintaining comprehensive adaptability across all installation types.

The patent performs preliminary action by pre-organizing antenna patterns into environment-specific groups before operation. During actual use, the controller has already categorized patterns by installation type (ceiling, wall, floor, outdoor), so when an installation environment is detected, the search is limited to the pre-identified relevant group. This preliminary organization eliminates the need to search through all possible patterns, significantly reducing pattern determination time while maintaining full adaptability.