Fault detection and isolation

Engineering

Artificial intelligence

Fault (geology)

Geometry

k-nearest neighbors algorithm

Geology

Aerospace engineering

Mathematics

Python (programming language)

Interface (matter)

Bubble

Operating system

Data mining

Computer science

Hyperparameter optimization

Support vector machine

Fault coverage

Electronic circuit

Actuator

Real-time computing

Electrical engineering

Maximum bubble pressure method

Seismology

Grid

ALARM

Fault detection in a machine at earlier stage can prevent severe damage and loss to the industries. Fault detection techniques are broadly classified into three categories; signature extraction-based, model-based and knowledge-based approach. Model-based techniques are efficient for raising an alarm signal if there is any fault in the machine. This paper focuses on one such model based-technique to identify the internal faults of induction machine. The model developed is deployed in the end to make it feasible to use in real time. K-Nearest Neighbors (KNN) and grid search cross validation (CV) have been used to train and optimize the model to give the best results. The advantage of proposed algorithm is the accuracy in prediction which has been seen to be 80%. Finally, a user friendly interface has been built using Flask, a python web framework.

K-Nearest Neighbors and Grid Search CV Based Real Time Fault Monitoring System for Industries