Bitrate Selection Algorithm Parameter Tuning

The patent segments the user base into different groups based on device characteristics, network conditions, and session attributes. By dividing the homogeneous manual configuration approach into heterogeneous segments, the system can apply tailored parameter settings to each segment, thereby maintaining reliable algorithm performance while adapting to diverse user experiences across different devices and network conditions.

The patent implements local quality by providing different parameter settings to different segments of users based on their specific characteristics. Instead of applying a uniform manual configuration to all users, the system customizes parameter settings locally for each segment, ensuring that each user group receives optimized settings suited to their specific device and network conditions, thus improving both reliability and adaptability.

The patent segments clients into distinct groups based on their characteristics and provides customized parameter settings to each segment. This segmentation approach maintains relatively simple system complexity by using predefined segments rather than fully custom configurations for each client, while simultaneously improving playback performance by tailoring settings to specific device and network condition combinations.

The patent applies parameter changes by adjusting algorithm parameters differently for different client segments. By changing parameter values based on segment characteristics rather than using a single fixed set of parameters for all clients, the system improves playback performance for specific device and network condition combinations while keeping the overall system complexity manageable through systematic parameter management.

The patent segments users into different groups and applies different parameter settings to each segment while maintaining centralized administrator control. This approach preserves ease of operation by allowing administrators to manage configurations centrally, while simultaneously improving adaptability by tailoring settings to specific network conditions and device variations through segment-based differentiation.

The patent implements universality by creating a parameter configuration system that serves multiple functions: centralized administrator control for ease of operation, and automated segment-based adaptation for specific network conditions and device variations. The system universally applies different parameter sets to different segments, achieving both centralized management and condition-specific optimization.