NoC Bandwidth Arbiter Dynamic Allocation

The patent implements a feedback mechanism where the arbiter continuously monitors actual bandwidth usage and adjusts arbitration decisions in real-time. The system measures the actual bandwidth received by each initiator and compares it with the requested bandwidth, then dynamically adjusts the arbitration policy to compensate for deviations caused by non-uniform traffic, interference, and storage efficiency variations. This closed-loop control ensures reliable bandwidth allocation despite real-world imperfections.

The arbitration scheme transitions from a static round-robin approach to a dynamic adaptive arbitration mechanism. The system continuously adjusts arbitration weights, priorities, and timing based on real-time measurements of actual bandwidth usage. This dynamic adaptation allows the system to respond to changing traffic patterns, interference conditions, and storage efficiency variations, maintaining allocation accuracy under varying operational conditions.

The patent dynamically changes multiple arbitration parameters including priority levels, arbitration weights, transaction timing, and inter-transaction intervals. Instead of relying solely on priority adjustment, the system modifies multiple parameters in combination to achieve bandwidth allocation while maintaining traffic uniformity. This multi-parameter control allows the system to satisfy priority requirements without creating harmful interference patterns.

The system implements periodic measurement and adjustment cycles where bandwidth usage is monitored over defined intervals, and arbitration parameters are updated periodically based on accumulated measurements. This periodic action smooths out traffic patterns and prevents the formation of interfering non-uniform traffic, as adjustments are made systematically rather than reactively to instantaneous conditions.