Interval twin support vector regression algorithm for interval input-output data

Xinjun Peng

doi:10.1007/s13042-015-0395-9

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Interval twin support vector regression algorithm for interval input-output data

2015-07-10

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Xinjun Peng *

Dongjing Chen

Dong Xu

DOI：10.1007/s13042-015-0395-9

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Abstract

En 中文

It is necessary to use interval data to define terms or describe extreme behaviors because of the existence of uncertainty in many real-world problems. In this paper, a novel efficient interval twin support vector regression (ITSVR) is proposed to handle such interval data. This ITSVR employs two nonparallel functions to identify the upper and lower sides of the interval output data, respectively, in which the Hausdorff distance is incorporated into the Gaussian kernel as the interval kernel for interval input data. Compared with other support vector regression (SVR)-based interval regression methods, such as the interval support vector interval regression networks (ISVIRN), this ITSVR algorithm is more efficient since only two smaller-sized QPPs are solved, respectively. The experimental results on several artificial datasets and three stock index datasets show the validity of ITSVR.

Keywords:

Support vector regression

Interval input-output data

Hausdorff distance

Nonparallel functions

Interval twin support vector regression

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