Dynamic Program Deployment in Distributed Networks

The patent transforms the static sleep period parameter into a dynamic one by allowing the sleep duration to be adjusted at runtime based on execution frequency. The system monitors how often the application executes and automatically adapts the sleep period accordingly, enabling the device to operate in deep sleep mode for extended durations when execution is infrequent, while allowing shorter sleep periods when the application needs to run more often.

The patent implements a feedback mechanism where the system continuously monitors application execution frequency and uses this information to adjust the sleep period. This closed-loop control allows the device to automatically balance power consumption and responsiveness - when the application is deployed and executes frequently, the sleep period is reduced to ensure timely response, while when deployment is static or execution is rare, the device can enter deep sleep mode to maximize battery life.

The patent enables the system to self-adjust its sleep behavior by automatically monitoring its own execution patterns and tuning the sleep period accordingly. Rather than requiring external configuration or explicit trigger setup, the device observes how frequently its application executes and autonomously optimizes the sleep duration, maintaining both event response capability and dynamic adaptability.