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Dr Bikasih Thapa & Dr Maheswar Prasad (Nepal) - Hideo Wada MD PhD (japan) - Dr a Lavra Castrocatesana (Mexico) - Dr Mrs N.M. Hettiarachechui (Srilanka) - Dr Jorge Aldrete Velasco (Mexico) - Prof Hans Peter Kohler (Switzerland) - Dr Hermanus Suhartono S Sp.OG(K) PhD - Dr Isabel Pinheiro (Portugal) - Dr Suranga (Srilanka) - Jovia Dino Jansen Amsterdam,Holand - Hideo Wada MD PhD University Graduate School of Medicine Departement of Moleculer and Laboratory Medicine Japan - DR Bikash Thapa Internal Medicine Nepal University - DR Maheswar Prasad Internal Medicine Nepal University - Dr a Lavra Castro Castresana Colegio de Medicina interna de Mexico - Dr Suransa Manilgama University of Srilanka Internal Departement Medicine - Dr Mrs N.M. Hettiarachechui University of Medicine Srilanka - Dr Jorge Aldrete Velaso .Colegio de Medicina Interna de Mexico - Prof Hans Peter Kholer M.D FACD Profesor of Medicine University ot Switzerland - Dr Ramezan Ali Atace . Baqiyatallah University of Medical Sciences Departement of Micrology Tehran Iran - Ezekiel Wong Toh Yoon Dr. Gastroenterology of Japan - D Eric Beck,MD Bethesda Hospital Capitol Boelevard St Paul USA - Dr Emine Guderen Sahin Istambul University of Internal Medicine Turky - Dr Selmin Toplan Istambul University - Dr Nicholas New Australia - Dr Kughan Govinden. Tropical Infection of Internal Medicine Malaysia - Dr Godfrey M Rwegerera Princes Marina Hospital Bostwana -

Title : Leaf Disease Detection Using Deep Learning Algorithms

Author : AMRUTHA GOPA, VIJAYA BHASKAR MADGULA,, DIGALA RAGHAVA RAJU

Abstract :

Recognising plant diseases using deep convolutional networks to analyse leaf photos is the main focus of this article. We train a deep convolutional neural network to detect crop illnesses using a large publicly available dataset made up of photos of healthy and sick plant leaves taken in controlled environments. The convolution method involves applying filters to an image in order to produce a feature map. The input picture or feature map is first passed through a linear filter with a bias added, then a nonlinear filter is applied. Following this, Max Pooling is used, which simplifies calculations for higher layers, removes the minimum value, and offers translational invariance. There are three methods in which our accuracy in determining whether tomato and potato leaves are healthy was proven: Early blight or the bacterial spot is contained inside. Our approach achieves an accuracy of 91% thanks to the given outcome.

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Dr. Arend L Mapanawang, Sp.PD, FINASIM, PhD

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