Time Stamp Based Scheduling for Energy Harvesting Systems with Hybrid Nonvolatile Hardware Support

Nonvolatile processors have manifested strong vitality in energy harvesting systems due to their endurable features to intermittent power supply. However, repeating configurations of peripherals still occupy too much task execution time, which substantially reduces effectiveness of previous scheduling algorithms. In this paper, we adopt the hybrid nonvolatile hardware platform and then propose a time stamp based scheduling algorithm. The experimental results present that the proposed algorithm matches the platform seamlessly and outperforms state-of-theart algorithms both in effectiveness and efficiency.