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Original Articles

An Approach to Intelligent Traction Control Using Regression Networks and Anomaly Detection

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Figures & data

FIGURE 1 Basic electronic differential model.

FIGURE 1 Basic electronic differential model.

FIGURE 2 Overall flow of operation.

FIGURE 2 Overall flow of operation.

FIGURE 3 PRN structure.

FIGURE 3 PRN structure.

FIGURE 4 Flow of PRN.

FIGURE 4 Flow of PRN.

TABLE 1 No. of Training Data vs Error and Timec

FIGURE 5 Test error and training error vs. training examples.

FIGURE 5 Test error and training error vs. training examples.

FIGURE 6 Training time vs. number of examples.

FIGURE 6 Training time vs. number of examples.

FIGURE 7 Training and test error vs. number of polynomial features.

FIGURE 7 Training and test error vs. number of polynomial features.

TABLE 2 Error vs. No. of Polynomial Features

FIGURE 8 Training time vs. number of polynomial features.

FIGURE 8 Training time vs. number of polynomial features.

FIGURE 9 Training and test set error with varying lambda.

FIGURE 9 Training and test set error with varying lambda.

FIGURE 10 Actual front wheel movement vs. PRN prediction.

FIGURE 10 Actual front wheel movement vs. PRN prediction.

FIGURE 11 Anomaly detection points.

FIGURE 11 Anomaly detection points.

FIGURE 12 Anomalous values.

FIGURE 12 Anomalous values.

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