Breast cancer diagnosis based on spiculation feature and neural network techniques

  • Victor Balanica University of Politechnics Bucharest
  • Ioan Dumitrache University of Politechnics Bucharest
  • Luigi Preziosi University of Politechnics Torino


The degree of spiculation of the tumor edge is a particularly relevant indicator of malignancy in the analysis of breast tumoral masses. This paper introduces four new methods for extracting the spiculation feature of a detected breast lesion on mammography by segmenting the contour of the lesion in a number of regions which are separately analysed, determining a characterizing spiculation feature set. In order to differentiate between benign and malignant tumors based on the extracted spiculation sets, an intelligent neural network is first trained on a number of 96 cases of known breast cancer malignancy and then tested for diagnosing and classifying breast cancer tumors. The input of the neural network is thus the extracted spiculation feature set and the output is represented by the histopatological diagnostic given by doctors. Finally, the performance of the introduced methods is analysed depending on the number of regions in which the contour is segmented and the performance-related conclusions are stated for each of the methods.The highlight of this paper is the division of the tumour contour in regions and the assessment of a spiculation indicator for each region, resulting a set of spiculation indicators that characterise the tumour and - by training a neural network - can be used in classifying breast tumours with high performance.

Author Biographies

Victor Balanica, University of Politechnics Bucharest
Automatica si Ingineria Sistemelor
Ioan Dumitrache, University of Politechnics Bucharest
Automatica si Ingineria Sistemelor
Luigi Preziosi, University of Politechnics Torino
Mathematics Department


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How to Cite
BALANICA, Victor; DUMITRACHE, Ioan; PREZIOSI, Luigi. Breast cancer diagnosis based on spiculation feature and neural network techniques. INTERNATIONAL JOURNAL OF COMPUTERS COMMUNICATIONS & CONTROL, [S.l.], v. 8, n. 3, p. 354-365, june 2013. ISSN 1841-9844. Available at: <>. Date accessed: 13 july 2020. doi:


breast cancer; spiculation feature extraction; neural network; diagnosis