Early detection of melanoma skin cancer is critical for effective treatment. In recent times, it is well known that the most
hazardous form of skin cancer is melanoma, as it is spread out very fatly in the entire body parts. Therefore, it needs to be treated at
its earliest stage. The image processing plays an essential role in the detection and classification of diseases on the images obtained
from the digital clinic. In this paper, the existing non invasive techniques are studied which provides an automated image analysis
tools and statistics for accurate and rapid assessment of lesions in the images. The performance of several classifiers specifically for
the diagnosis of skin lesions is compared and also discussed the corresponding findings. It is found that the artificial intelligence
technique performed well when it is integrated with other optimization technique.
Published In:IJCSN Journal Volume 8, Issue 2
Date of Publication : April 2019
Pages : 187-191
Figures :05
Tables : 02
Ramandeep Kaur :
is Currently pursuing M.TECH
in computer science and engineering at Chandigarh
Engineering College (CEC), Landran, Mohali, India. Her
Research Interest includes medical image processing.
Dr. Gagandeep :
is presently working as
Professor in Department of Computer Science & Engineering,
Chandigarh Engineering College (CEC), Landran, Mohali,
India. He received M.E. degree from PEC University of
Technology, Chandigarh, India, in 2005 and Ph.D. degree in
Computer Engineering from Panjabi university, Patiala, India,
in 2017. His current research interests include medical image
processing, object detection, semantic retrieval etc.
Parveen Kumar :
Chandigarh engineering college Landran,Punjab Techincal university, Jalandhar,India.
Geetanjali Babbar :
Chandigarh engineering college Landran,Punjab Techincal university, Jalandhar,India.
Skin Cancer, Lesion, Melanoma, GA, ABCD, ANN, SVM
In this paper, the various non-invasive techniques for
classification and detection of skin cancer have been
studied. The detection process of melanoma is carried
out in different stages such as pre-processing,
segmentation, feature extraction and classification. The
investigation focused on a number of strategies such as
GA, SVM, ANN, and ABCD rules. From the analysis,
it has been investigated that the ABCD approach with
Backpropagation Neural network has performed well
compared to other mentioned schemes with an
accuracy rate of about 95 %.
In future experiments, optimization algorithm can be
used such as GA with multiclass classification scheme
like ANN to enhance the performance of the skin
cancer detection and classification system.
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