The Faculty holds a workshop on (Using fuzzy logic for dynamic equations of blood cells)

The Faculty of Computer Science and Mathematics, Department of Mathematics at the University of Kufa, held a workshop on (Using Fuzzy Logic for Dynamic Equations of Blood Cells). Dr Shaima Makki Kazem gave a lecture in which the important role of interpreting blood cell data, discovering cancer-causing cells, and classifying the stages of infection was touched upon. So that the boundaries of infected cells and the most affected areas can be identified and treated appropriately, for this purpose, a new integral transformation called “SHA-transform” was discovered. The properties of this transformation were determined, and the typical derivative formulas of first, second and non-order were discovered.
In other words, Sumner introduces a new operator approach (SHA-transform) for solving linear ordinary differential equations, as well as the fuzzy integral transform (Fuzzy SHA-transform) under the assumption of a strongly generalized differential as a tool for evaluating the accuracy solution of fuzzy ordinary differential equations with constant coefficients. Due to its computational efficiency, such a fuzzy transform can be used as a new tool for solving systems of first-order linear fuzzy ordinary differential equations in n dimensions under generalized Hukuhara differential.
The proposed transformation is used in image processing of solid tumours and haematology to extract affected cells and identify damaged tissue areas. The database included 40 patients while the approved results were (4) patients. As a result, the proposed transformation is more accurate and efficient compared to other transformations, especially in statistical criteria. In addition, clear and conclusive evidence of the effectiveness of this approach has been seen in the opinion of experts in the field of haematology and oncology.