Programmable Logic Thermal-Aware Resource Allocation

The patent implements thermal management by dividing the PLD into multiple regions or zones, each with its own thermal characteristics and configuration-specific thermal profiles. This allows different parts of the device to be managed according to their specific thermal needs rather than applying a uniform generic approach, thereby improving thermal management effectiveness while maintaining reasonable complexity.

The patent employs dynamic thermal management that adapts to specific user configurations and workloads. The thermal management system dynamically adjusts parameters such as resource allocation, power gating strategies, and clock gating based on real-time thermal conditions and configuration specifics, transforming static generic thermal control into a dynamic responsive system that improves effectiveness without excessive complexity.

The patent implements self-service thermal management where the PLD automatically monitors its own thermal conditions and adjusts resource allocation accordingly. The device uses built-in thermal sensors and configuration data to autonomously make decisions about power gating, clock gating, and resource distribution without requiring complex external control systems, thereby improving thermal effectiveness while limiting the increase in overall device complexity.

The patent employs feedback mechanisms where thermal management decisions are based on real-time thermal condition monitoring and configuration data. The system continuously monitors thermal states, compares them against thresholds and profiles specific to the user configuration, and adjusts resource allocation dynamically. This feedback-driven approach improves thermal control effectiveness while keeping complexity manageable through rule-based decision making rather than complex optimization algorithms.