Mobile Terminal Environment Determination via Signal Measurement

The patent applies local quality by customizing the environment determination parameters and measurement operations according to the specific technical features of each mobile terminal type. Different terminals (e.g., GPS-equipped vs. non-GPS terminals) receive tailored determination methods that match their reception capabilities, thereby maintaining high measurement precision without requiring a single complex universal solution.

The patent changes parameters by adapting the environment determination thresholds and measurement operations based on terminal-specific technical features. The system retrieves terminal identification information and uses it to select appropriate determination parameters, allowing the same basic methodology to achieve high precision across different terminal types through parameter customization rather than structural complexity.

The patent implements dynamics by making the environment determination method adaptable and changeable based on terminal identification. Rather than hardcoding multiple static determination methods, the system dynamically selects and configures the appropriate determination parameters and operations based on the terminal's technical features, achieving customization without proportional increases in complexity.

The patent introduces an intermediary mechanism (the terminal identification information retrieval and parameter selection system) that bridges the gap between diverse terminal types and the environment determination process. This intermediary layer manages the complexity by handling terminal-specific configurations centrally, allowing precise determination for each terminal type without requiring each terminal to implement complex determination logic.

The patent applies preliminary action by retrieving and storing terminal identification information and technical features before the environment determination process begins. This advance preparation ensures that the necessary terminal-specific information is available when needed, improving reliability without causing information loss during the actual determination process.

The patent implements feedback by using terminal identification information to retrieve appropriate technical features and configure determination parameters. This feedback loop ensures that the system continuously adapts to the specific terminal being used, maintaining high reliability while managing information requirements efficiently through systematic data retrieval and utilization.