The University of Maine at Machias
Multi-processor systems-on-chip have strict performance, power and area cost goals. A key requirement to enable MPSoC platforms to handle real-time, high-demand applications is on-chip communication service guarantees. End-to-end communication service is critical to maximize both flexibility and performance on a Multi-Processor System-on-Chip (MPSoC). The authors introduce adaptive admission control to ensure fair bandwidth allocation to each processing node on an MPSoC platform. The results from the Matlab system model show good agreement with the experimental results from the HDL model.