Nitro Sense -

NitroSense is the exclusive control center software pre-installed on Acer Nitro series laptops. It serves as a command hub, allowing users to monitor system performance and adjust hardware settings in real-time. Whether you are in the middle of an intense gaming session or simply browsing the web, NitroSense provides the tools to balance power, temperature, and noise.

NitroSense is a proprietary control center designed exclusively for Acer Nitro products. It provides a real-time dashboard to monitor your , adjust fan speeds , and manage power plans to ensure optimal performance during intense gaming sessions. Key Features and Usage nitro sense

[Your Name / Lab] Date: April 14, 2026

# Threshold alert logic if values[0] > self.alarm_threshold["NO2"]: return "ALERT_HIGH_NO2", source elif source == "Diesel_exhaust": return "WARN_SOURCE_COMBUSTION", source else: return "DATA_LOG", source Utilizing a hybrid array of chemiresistive metal oxide

# Simplified logic for Nitro Sense firmware loop class NitroSenseCore: def __init__(self): self.sensors = initialize_all_sensors() self.ml_model = load_tflite_model("nitrogen_classifier.tflite") self.alarm_threshold = "NO2": 50, "NH3": 100 # ppb def read_and_compensate(self): raw_data = self.sensors.read_all() # Correct for humidity cross-sensitivity corrected_NO2 = raw_data.NO2_raw / (1 + 0.01 * raw_data.humidity) return [corrected_NO2, raw_data.NH3, raw_data.N2O] adjust fan speeds

is a miniaturized, low-power sensing platform designed for the selective detection of reactive nitrogen species (RNS) in ambient air. Utilizing a hybrid array of chemiresistive metal oxide (MOX) sensors and electrochemical cells, the device achieves parts-per-billion (ppb) sensitivity for Nitrogen Dioxide (NO2), Ammonia (NH3), and Nitrous Oxide (N2O). The system integrates Edge AI for source differentiation (e.g., fertilizer vs. combustion) and transmits data via LoRaWAN for wide-area environmental monitoring.