i-Net: a deep CNN model for white blood cancer segmentation and classification
Agughasi Victor Ikechukwu, Y Dong, O Shi, Q Zeng, X Lu, Wang Li, Y, M Perkonigg, J Hofmanninger, B Menze, M Weber, G Langs, T Thanh, C Vununu, S Atoev, S Lee, K Kwon, D Kumar, N Jain, A Khurana, S Mittal, S Satapathy, R Senkerik, A Ianniciello, G Helgason, Y Liu, F Long, B Ka, V Kyjenko, W Zukow, I Popovych, S Fouladi, M Ebadi, A Safaei, M Bajuri, A Ahmadian, S Kassani, P Kassani, M Wesolowski, K Schneider, R Deters, L Xu, G Tetteh, J Lipkova, Y Zhao, H Li, P Christ, J Zhao, M Zhang, Z Zhou, J Chu, F Cao, B Abibullaev, An Jin, S Lee, S Moon, J, K He, X Zhang, S Ren, J Sun, K He, X Zhang, S Ren, J Sun, R Labati, V Piuri, F Scotti, R Duggal, A Gupta, R Gupta, P Mallick, A Gupta, R Duggal, S Gehlot, R Gupta, A Mangal, L Kumar, R Duggal, A Gupta, R Gupta, M Wadhwa, C Ahuja, R Gupta, P Mallick, R Duggal, A Gupta, O Sharma, D Foran, D Comaniciu, P Meer, L Goodell, A Rehman, N Abbas, T Saba, S Rahman, Z Mehmood, H Kolivand, T Markiewicz, S Osowski
Abstract
The blood, which is the lifeline of humans consists of the plasma, platelets, red blood corpuscles (RBC), and white blood corpuscles (WBC) along with another immunoglobulin. Leukaemia is a kind of blood deficiency that is usually chronic. The prevalence of leukaemia varies based on the type of disease and the demographics of the population [1]. The major cause of anaemia is blood cell proliferation, which is hindered by rapid expansion of defective blood cells [2].