Software Performance Determination via Multi-Terminal Data Aggregation

The patent transitions from a single-dimension laboratory environment to a multi-dimensional real-world environment by collecting performance data from multiple user terminals with different configurations, operating systems, and usage scenarios. This dimensional expansion enables comprehensive performance evaluation that reflects actual usage conditions while maintaining evaluation accuracy.

The patent creates a universal performance evaluation system that works across diverse environments by collecting data from multiple user terminals running the software on different devices. The system processes performance parameters from various sources (CPU occupancy, memory usage, IO operations) to provide a comprehensive performance assessment that is adaptable to different hardware and software configurations.

The patent implements continuous performance monitoring throughout the entire software execution process rather than sampling only key steps. The system continuously collects performance parameters (CPU occupancy rate, memory size, IO reading/writing count) from multiple user terminals, ensuring that the performance evaluation reflects the complete user experience without missing critical performance variations that occur between key steps.

The patent establishes a feedback mechanism where performance data from multiple user terminals is continuously collected, processed, and used to determine overall software performance. The system aggregates performance parameters from different sources and provides comprehensive performance determination, creating a closed-loop evaluation system that continuously improves accuracy through data feedback.