A Magnetic Interference Compensation Method for Airborne Electronic Equipment without Current Sensors.
You LiQi HanXiang PengQiong LiXiaojun TongPublished in: Remote. Sens. (2022)
Keyphrases
- preprocessing
- experimental evaluation
- dynamic programming
- computational cost
- high accuracy
- high precision
- detection method
- significant improvement
- cost function
- clustering method
- model selection
- electronic equipment
- real time
- synthetic data
- classification accuracy
- k means
- similarity measure
- machine learning
- neural network