Commonly Used Correction Model Comparison, Improvement and Precision Analysis of Radiation Remote Sensing Image
p.1013
p.1013
Efficient Multi-Scale Registration of 3D Reconstructions Based on Camera Center Constraint
p.1018
p.1018
Identifying Abbreviations in Biomedical Literature Based on Maximum Entropy with Web Features
p.1024
p.1024
Learning Object Groups for Scene Recognition
p.1028
p.1028
Prediction of Aero Engine Fault by Relative Vector Machine and Genetic Algorithm Model
p.1033
p.1033
Study on Astronaut Self-Rotation Methods in Space Flight
p.1037
p.1037
The Basic Control Chart Pattern Recognition Neural Network
p.1042
p.1042
Load Forecasting of Zhejiang Province Based on Combined Optimization Methods
p.1046
p.1046
Optimization Vehicle Scheduling Based on Simulated Annealing Genetic Algorithm
p.1052
p.1052
Prediction of Aero Engine Fault by Relative Vector Machine and Genetic Algorithm Model
Abstract:
Diagnosis of engine fault is critical in reducing maintenance costs. A new method which incorporates hybrid relative vector machines and genetic algorithm (RVM-GA) was proposed to predict aero engine fault based on data of the spectrometric oil analysis. Experimental results show that it has a high accuracy and effective properties.
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Info:
Periodical:
Advanced Materials Research (Volumes 998-999)
Pages:
1033-1036
Citation:
Online since:
July 2014
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