Clustering of ECG Signals Based on Fuzzy Neural Network with Initial Weights Generated by Genetic Algorithm

  1. Computer & Electrical Engineering Department ,Mashhad Branch Islamic Azad University, Mashhad, Iran
  2. Electrical and Computer Engineering Department, Mashhad Branch, Islamic Azad University, Mashhad, Iran

Published in Issue 2024-02-21

How to Cite

Sayari, E., & Yaghoobi, M. (2024). Clustering of ECG Signals Based on Fuzzy Neural Network with Initial Weights Generated by Genetic Algorithm. Majlesi Journal of Electrical Engineering, 8(1). https://oiccpress.com/mjee/article/view/5261

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Abstract

Early detection of heart diseases/abnormalities can prolong life and enhance the quality of living through appropriate treatment. Whereas clustering of electrocardiogram (ECG) signals will help to identification of heart diseases as soon as possible. In this regard, neural network and fuzzy logic have been used in many application areas while each of them has advantages and disadvantages. Thus, the present paper utilizes the proposed fuzzy neural network (FNN) with initial weights generated by genetic algorithm (GFNN) for the sake of improvement training speed, accurate and to reduce the chance of the FNN getting stuck on a local minimum.Four types of ECG beats (normal beat, congestive heart failure beat, ventricular tachyarrhythmia beat and atrial fibrillation beat) obtained from the PhysioBank database was clustered by the proposed GFNN model. Model evaluation results indicate that the proposed model can perform more accurately and less training speed than the conventional statistical methods, a single ANN and FNN. The total clustering accuracy of the GFNN model is 98.23%. ØªØ¬ÙÛØ¹ إشارات ØªØ®Ø·ÛØ· اÙÙÙØ¨ ÙØ¨ÙÛ Ø¹ÙÙ Ø¶Ø¨Ø§Ø¨Û Ø§ÙØ´Ø¨Ú©Ø§Øª Ø§ÙØ¹ØµØ¨ÛØ© ÙØ¹ Ø§ÙØ£Ùزا٠اÙÙØ¨Ø¯Ø¦ÛØ© Ø§ÙØªÛ ØªÙ Ø¥ÙØ´Ø§Ø¤Ùا Ø¨ÙØ§Ø³Ø·Ø© Ø§ÙØ®ÙارزÙÛØ© Ø§ÙØ¬ÛÙÛØ©Ø§Ùاکتشا٠اÙÙØ¨Ú©Ø± ÙØ£Ùراض اÙÙÙØ¨ / تشÙÙØ§Øª ÛÙÚ©Ù Ø£Ù ÛØ·ÛÙ Ø§ÙØ­Ûاة ÙØªØ­Ø³ÛÙ ÙÙØ¹ÛØ© اÙÙØ¹Ûشة ÙÙ Ø®ÙØ§Ù Ø§ÙØ¹Ùاج اÙÙÙØ§Ø³Ø¨. ÙÛ Ø­Û٠تجÙÛØ¹ اÙÚ©ÙØ±Ø¨Ø§Ø¦Û Ù(ECG) إشارات تساعد عÙÙ Ø§ÙØªØ¹Ø±Ù عÙÙ Ø£ÙØ±Ø§Ø¶ اÙÙÙØ¨ ÙÛ Ø£ÙØ±Ø¨ ÙÙØª ÙÙÚ©Ù. ÙÙÛ ÙØ°Ø§ Ø§ÙØµØ¯Ø¯Ø ت٠استخدا٠شبکات Ø§ÙØ°Ú©Ø§Ø¡ ÙØ§ÙÙÙØ·Ù Ø§ÙØ¶Ø¨Ø§Ø¨Û ÙÛ Ø§ÙØ¹Ø¯Ûد ÙÙ ÙØ¬Ø§Ùات Ø§ÙØªØ·Ø¨ÛÙ ÙÛ Ø­ÛÙ Ø£Ù Ú©Ù ÙØ§Ø­Ø¯ ÙÙÙÙ ÙÙ ÙØ²Ø§Ûا ÙØ¹ÛÙØ¨. ÙÙÚ©Ø°Ø§Ø ÙØªØ³ØªØ®Ø¯Ù ÙØ°Ù اÙÙØ±ÙØ© Ø§ÙØ´Ø¨Ú©Ø© Ø§ÙØ¹ØµØ¨ÛØ© ØºØ§ÙØ¶ اÙÙÙØªØ±Ø­Ø© (FNN) ÙØ¹ Ø§ÙØ£Ùزا٠اÙÙØ¨Ø¯Ø¦ÛØ© Ø§ÙØªÛ ØªÙ Ø¥ÙØ´Ø§Ø¤Ùا Ø¨ÙØ§Ø³Ø·Ø© Ø§ÙØ®ÙارزÙÛØ© Ø§ÙØ¬ÛÙÛØ© (GFNN) Ù٠أج٠سرعة Ø§ÙØªØ¯Ø±Ûب تحسÛÙ ÙØ¯ÙÛÙØ© ÙØªÙÙÙ ÙÙ ÙØ±ØµØ© ÙÙFNN Ø£Ù ÛØ¹ÙÙÙØ§ عÙÙ ÙØ§ ÙØ§ ÛÙ٠اÙÙØ­ÙÛ.ÙÙØ¯ ØªØªØ¬ÙØ¹ أربعة Ø£ÙÙØ§Ø¹ ÙÙ ÛØ¯Ù ØªØ®Ø·ÛØ· اÙÙÙØ¨ (ضربات Ø§ÙØ¹Ø§Ø¯ÛØ ÙØµÙر اÙÙÙØ¨ Ø§ÙØ§Ø­ØªÙاÙÛ ÙÙØ²Ø Ø§ÙØ¨Ø·Û٠ضربات اضطراب اÙÙØ¸Ù Ø§ÙØªØ³Ø±Ø¹Û ÙØ§ÙأذÛÙÛ Ø¶Ø±Ø¨Ø§Øª Ø§ÙØ±Ø¬ÙاÙ) ØªÙ Ø§ÙØ­ØµÙ٠عÙÛÙØ§ ÙÙ ÙØ§Ø¹Ø¯Ø© Ø§ÙØ¨ÛØ§ÙØ§Øª PhysioBank Ù٠اÙÙÙÙØ°Ø¬ GFNN اÙÙÙØªØ±Ø­Ø©. ÙØªØ´Ûر ÙØªØ§Ø¦Ø¬ Ø§ÙØªÙÛÛ٠اÙÙÙÙØ°Ø¬ÛØ© Ø£Ù ÛÚ©Ù٠اÙÙÙÙØ°Ø¬ اÙÙÙØªØ±Ø­ ÛÙÚ©Ù Ø£Ù ØªØ¤Ø¯Û Ø¨Ø´Ú©Ù Ø£Ú©Ø«Ø± Ø¯ÙØ© ÙØ£Ù٠سرعة Ø§ÙØªØ¯Ø±Ûب ÙÙ Ø§ÙØ£Ø³Ø§ÙÛØ¨ Ø§ÙØ¥Ø­ØµØ§Ø¦ÛØ© Ø§ÙØªÙÙÛØ¯ÛØ©Ø ÙANN ÙØ§Ø­Ø¯ ÙFNN. ÙØ¬ÙÙØ¹ Ø¯ÙØ© تجÙÛØ¹ ÙÙÙØ°Ø¬ GFNN ÙÛ 98.23Ùª æå¾çµåç±éä¼ ç®æ³åå§ææ¨¡ç³ç¥ç»ç½ç»æ½è±¡æ©æåç°å¿èç¾ç/å¼å¸¸è½å»¶é¿çå½åæé«çæ´»éè¿é彿²»ççè´¨éãèå¿çµå¾é群ï¼ECGï¼ä¿¡å·å°å°½å¿«å¸®å©å¿èç¾ççé´å«ãå¨è¿æ¹é¢ï¼ç¥ç»ç½ç»å模ç³é»è¾å·²ç»å¨è®¸å¤åºç¨é¢å中使ç¨ï¼èæ¯ä¸ªäººé½æä¼ç¹å缺ç¹ãå æ­¤ï¼æ¬æå©ç¨ææåºç模ç³ç¥ç»ç½ç»ï¼FNNï¼ä¸éä¼ ç®æ³ï¼GFNNï¼çæçåå§æéæ¹è¿è®­ç»é度ï¼å确起è§ï¼åå°äºæ¨¡ç³ç¥ç»ç½ç»çæºä¼é·å¥ä¸ä¸ªå±é¨æå°ãä»PhysioBankæ°æ®åºä¸­è·å¾åç§ç±»åçå¿çµå¾æ¬¡ï¼æ­£å¸¸è·³å¨ï¼åè¡æ§å¿èè¡°ç«­çè·³å¨ï¼å®¤æ§å¿å¾å¤±å¸¸èå¥åæ¿é¢¤æï¼è¢«æåºGFNN模åéç¾¤ãæ¨¡åçè¯ä¼°ç»æè¡¨æï¼è¯¥æ¨¡åè½æ´åç¡®å°æ§è¡ï¼æ¯ä¼ ç»çç»è®¡æ¹æ³ï¼åä¸ç人工ç¥ç»ç½ç»å模ç³ç¥ç»ç½ç»è®­ç»é度æ´ä½ã该GFNN模åçæ»èç±»åç¡®çæ¯98.23ï¼ã

Keywords

  • Beat,
  • Clustering,
  • Electrocardiogram,
  • Neural network. fuzzy logic,
  • Signals