Video Definition Selection via Region-Specific Bit Rate Logic

The patent applies local quality by determining different video definition grades for different geographic regions based on their specific network conditions. The server identifies the client's region through GPS or IP address, then selects video definitions from region-specific candidate sets that are optimized for local network speeds, ensuring each region receives appropriately adapted video quality without requiring complex client-side adaptation logic.

The patent implements dynamics by making video definition selection adaptive and dynamic rather than static. The system continuously monitors network conditions, determines current region, and dynamically selects from multiple candidate video definitions based on real-time network speed measurements. This allows the video definition to change dynamically as network conditions or user location changes, optimizing quality without manual intervention.

The patent applies parameter changes by adjusting video definition parameters (resolution, bitrate) based on measured network speed parameters. The server measures current network speed, compares it against thresholds, and changes video definition parameters accordingly - selecting higher definitions when network speed is fast and lower definitions when network speed is slow. This dynamic parameter adjustment ensures both image quality and playback smoothness are optimized for current conditions.

The patent implements partial action by providing multiple candidate video definitions with progressively increasing quality levels rather than a single high-definition option. The server selects the appropriate level of definition based on network conditions, providing just enough quality for the current situation without excessive bandwidth consumption. This partial optimization approach balances quality and reliability across varying network conditions.

The patent applies self-service by implementing automated video definition selection that requires no manual user input. The server automatically measures network speed, determines the client's region, and selects the appropriate video definition from candidate sets. This self-service automation reduces selection complexity for users while maintaining high adaptability to regional network conditions through programmatic decision-making based on objective measurements.

The patent implements feedback by using measured network speed as input to the selection process. The server continuously monitors network conditions, uses this feedback to determine appropriate video definitions, and adjusts selections based on real-time performance data. This feedback loop ensures adaptability to changing network conditions while keeping selection logic relatively simple through rule-based decision-making driven by measured parameters.