A hardware–software co-design calibration framework for two-electrode gas sensors under low-temperature conditions: accuracy, latency, and energy trade-offs

Key Points

• Gas sensors achieve improved accuracy under low-temperature conditions, enhancing detection capabilities.
• Latency optimizations show a reduction, achieving a throughput increase of 30% in calibration processes.
• The analysis employs a hardware-software co-design calibration framework for sensor performance evaluation.
• Significant trade-offs in energy usage highlight potential pathways for more efficient sensor designs.