In this paper,a fuzzy hypersphere support vector machine(FHS-SVM) landmine detector was proposed.

本文提出了模糊超球面支持向量机(FHS-SVM)地雷检测器。

Then in the subspace，the hypersphere containing almost training data with minimum radius is found as decision hypersphere for novel detection.

在该子空间中，通过优化方法寻找包含训练数据的小超平面，作为新颖检测的决策界面。

In this paper,a fuzzy hypersphere support vector machine(FHS-SVM) landmine detector was proposed.

本文提出了模糊超球面支持向量机(FHS-SVM)地雷测器。

Then in the subspace，the hypersphere containing almost training data with minimum radius is found as decision hypersphere for novel detection.

在该子空间中，通过优化方法含训练数据的小超平面，作为测的决策界面。

In this paper,a fuzzy hypersphere support vector machine(FHS-SVM) landmine detector was proposed.

本文模糊超球面支持向量机(FHS-SVM)地雷检测器。

Then in the subspace，the hypersphere containing almost training data with minimum radius is found as decision hypersphere for novel detection.

在该子空间中，通过优化方法寻找包含训练数据的小超平面，作为新颖检测的决策界面。

In this paper,a fuzzy hypersphere support vector machine(FHS-SVM) landmine detector was proposed.

本文提出了模糊超球面支持向量机(FHS-SVM)地雷检测器。

Then in the subspace，the hypersphere containing almost training data with minimum radius is found as decision hypersphere for novel detection.

在该子空间中，通过法寻找包含训练数据小超平面，作为新颖检测界面。

In this paper,a fuzzy hypersphere support vector machine(FHS-SVM) landmine detector was proposed.

本文提出了模糊超球面支持向量机(FHS-SVM)测器。

Then in the subspace，the hypersphere containing almost training data with minimum radius is found as decision hypersphere for novel detection.

在该子空间中，通过优化方法寻找包含训练数据的小超平面，作为新颖测的决策界面。

In this paper,a fuzzy hypersphere support vector machine(FHS-SVM) landmine detector was proposed.

本文提出了模糊面支持向量机(FHS-SVM)地雷检测器。

Then in the subspace，the hypersphere containing almost training data with minimum radius is found as decision hypersphere for novel detection.

在该子空间中，通过优化方法寻找包含训练数据的小平面，作为新颖检测的决策界面。

In this paper,a fuzzy hypersphere support vector machine(FHS-SVM) landmine detector was proposed.

本文提出了模糊球面支持向量机(FHS-SVM)地雷检测器。

Then in the subspace，the hypersphere containing almost training data with minimum radius is found as decision hypersphere for novel detection.

在该子空间中，通过优化方法寻找包含训练面，作为新颖检测决策界面。

In this paper,a fuzzy hypersphere support vector machine(FHS-SVM) landmine detector was proposed.

本文提出了模糊超球面支持(FHS-SVM)地雷检测器。

Then in the subspace，the hypersphere containing almost training data with minimum radius is found as decision hypersphere for novel detection.

在该子空间中，通过优化方法寻找包含训练数据的小超平面，作为新颖检测的决策界面。

In this paper,a fuzzy hypersphere support vector machine(FHS-SVM) landmine detector was proposed.

本文提出了模糊超球面支持向量机(FHS-SVM)测器。

Then in the subspace，the hypersphere containing almost training data with minimum radius is found as decision hypersphere for novel detection.

在该子空间中，通过优化方法寻找包含训练数据的小超平面，作为新颖测的决策界面。