توفير نظام خبير بمساعدة الخوارزمية الوصفية الحسابية لتشخيص المرض المعدي لكوفيد-19

العنوان توفير نظام خبير بمساعدة الخوارزمية الوصفية الحسابية لتشخيص المرض المعدي لكوفيد-19
المؤلف فائزة ابراهيمي
الموضوع الخوارزمية الفوقية الحسابية، التشخيص، قاعدة التسلسل الأمامي، الأمراض المعدية كوفيد-19، المنطق الغامض، التشخيص
النوع وثيقة
اللغة غير محدد
رقمي نعم
مخطوط لا
المكتبة: مكتبات جامعة كوينز في بلفاست
معرف أصل المكتبة ISSN: 2008-4854, EISSN: 2783-2538, DOI: 10.22075/jme.2023.27986.2312
رقم السجل cdi_doaj_primary_oai_doaj_org_article_a92315a6b14347b48c45855b7947a49a
Açıklama The last two years have been the most critical and critical period of the Covid-19 pandemic.This disease has affected most aspects of life around the world. From a clinical point of view, several methods are available for early diagnosis of the disease, but the capabilities of these methods have been limited. As a result, many studies have been conducted to automatically diagnose the disease. Artificial intelligence has provided potential technical solutions to the medical community to make quick diagnosis based on clinical symptoms.In this research, the patient's clinical symptoms (fever, cough, sore throat, shortness of breath, weakness, sense of taste and smell, environment) are examined with the help of a questionnaire,then the input data is examined by one of rule based system or fuzzy system methods, in the fuzzy method with the help of arithmetic meta-heuristic algorithm. The optimized weight parameter is then applied to the data with the optimized weight fuzzy logic. At the end, the output will be shown as healthy person, weak corona, middel corona, high corona. This article is based on several databases, in which about 600 data have been completed by individuals through questionnaires, 2000 data have been published by the World Health Organization for corona patients, and about 400 data have been provided through hospital data. It was observed that in this system, the accuracy rate is equal to 98%, sensitivity is 100%, specificity is 98% and the F- score is 95%.
Şuna bir parçasıdır مجله مدل سازی در مهندسی, 1402-04, Vol.21 (73), p.47-61
Kaynak DOAJ Directory of Open Access Journals
عرض في المصدر مكتبات جامعة كوينز في بلفاست مكتبات جامعة كوينز في بلفاست - محرك بحث المخطوطات العثمانية
مكتبات جامعة كوينز في بلفاست - محرك بحث المخطوطات العثمانية مكتبات جامعة كوينز في بلفاست

توفير نظام خبير بمساعدة الخوارزمية الوصفية الحسابية لتشخيص المرض المعدي لكوفيد-19

المؤلف فائزة ابراهيمي
الموضوع الخوارزمية الفوقية الحسابية، التشخيص، قاعدة التسلسل الأمامي، الأمراض المعدية كوفيد-19، المنطق الغامض، التشخيص
النوع وثيقة
اللغة غير محدد
رقمي نعم
مخطوط لا
المكتبة مكتبات جامعة كوينز في بلفاست
معرف أصل المكتبة ISSN: 2008-4854, EISSN: 2783-2538, DOI: 10.22075/jme.2023.27986.2312
رقم السجل cdi_doaj_primary_oai_doaj_org_article_a92315a6b14347b48c45855b7947a49a
Açıklama The last two years have been the most critical and critical period of the Covid-19 pandemic.This disease has affected most aspects of life around the world. From a clinical point of view, several methods are available for early diagnosis of the disease, but the capabilities of these methods have been limited. As a result, many studies have been conducted to automatically diagnose the disease. Artificial intelligence has provided potential technical solutions to the medical community to make quick diagnosis based on clinical symptoms.In this research, the patient's clinical symptoms (fever, cough, sore throat, shortness of breath, weakness, sense of taste and smell, environment) are examined with the help of a questionnaire,then the input data is examined by one of rule based system or fuzzy system methods, in the fuzzy method with the help of arithmetic meta-heuristic algorithm. The optimized weight parameter is then applied to the data with the optimized weight fuzzy logic. At the end, the output will be shown as healthy person, weak corona, middel corona, high corona. This article is based on several databases, in which about 600 data have been completed by individuals through questionnaires, 2000 data have been published by the World Health Organization for corona patients, and about 400 data have been provided through hospital data. It was observed that in this system, the accuracy rate is equal to 98%, sensitivity is 100%, specificity is 98% and the F- score is 95%.
Şuna bir parçasıdır مجله مدل سازی در مهندسی, 1402-04, Vol.21 (73), p.47-61
Kaynak DOAJ Directory of Open Access Journals
مكتبات جامعة كوينز في بلفاست - محرك بحث المخطوطات العثمانية
مكتبات جامعة كوينز في بلفاست يتم إعادة توجيهك...

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