Detection Classification of Electronic Nose System

摘要

To perform the analysis of single E-nose correspondence in each of the primary risk analysis associated with fuel observance instrument propose, this research work has developed an E-nostril board and fuel analysis module, which has been embedded with a quadcopter to evaluate the effectiveness of the sensing technology. This means that, fuel field experiments with the use of the quad copter shares the analysis of the fuel parameters, where the device is appropriate for any variety of fuel service. Moreover, the mile's mild weight and compactness of camera will help to expose and show the region of walking boot, that increases the controlled monitor autonomy fuel, which has become wider as an optimize observance principle for gas leak receiving current and network location simultaneously for simulating the overall performance of the battery operated quad copter drone.