Eurasian Journal of Mathematical Theory and Computer Sciences

Over the last few decades, modern technology has been integrated into various fields, including healthcare. Digital technologies are increasingly used in the healthcare sector to automate various processes, ranging from patient registration to complex medical operations. With the development of technology, the number of various diseases is also increasing; one of the most common diseases among people is diabetes mellitus. Continuous monitoring of blood glucose levels in diabetic patients is crucial. This paper aims to review the various systems and devices used for monitoring blood glucose levels.

Accurate edge detection is fundamental to various image processing tasks. This paper presents a novel edge detection method that goes beyond traditional approaches. We propose a multichannel edge detection method that can be superior to the single-channel edge detection method.

The article provides detailed information about the concept of integral and the history of its origin. In addition to the Riemann integral, which is covered in the school program, a number of other integrals (Riemann-Stiltes, Daniell, Alfred Haar, Henstock-Kurzweil, Ito and Stratonovich, Chokvet) are described. The difference between integrals is explained with the help of concrete examples. The concept of definite integral and its application in practical problems are widely covered, counterexamples of some theorems are presented.

The solution of the Navier-Stokes equations for a viscous incompressible fluid in an unbounded domain has important applications in medicine, particularly in simulating blood flow in the heart and veins. In this scenario, the annotation may be stated as follows: this research focuses on the solutions of the Navier-Stokes equations for a viscous incompressible fluid in an infinite area, with an application to the modeling of blood flow in the heart and blood arteries. The study describes several approaches for simulating blood flow, including hemodynamics in the aorta, major arteries, and minor vessels. Examples of blood flow velocity, pressure, and other characteristics are provided under a variety of settings, such as the treatment of cardiovascular disorders. In conclusion, this work makes an essential addition to the field of medical physics and hydrodynamics, and it can help scientists and clinicians investigate blood flow in diverse settings and create novel treatments for heart and vascular illnesses.

This article describes the capabilities of the PTV Vissim program in modeling traffic flows. The foundations of the development of the model of the regulated intersection are described on the example of the central intersection formed by the intersection of "A Navoi" and at-Termizi streets of the city of Termiz. In this, the sequence of setting the traffic light cycle and phases in the formation of the intersection model is shown. Conducting practical training classes for students using modern software tools increases the possibility of using computer tools in the educational process and improves the quality of education.

In the cardio-rheumatology department of the Samarkand Regional Multidisciplinary Children's Clinical Center, we studied clinical and electrocardiographic analysis of 50 young patients with non-rheumatic myocarditis in the last 2020-2021. 86% of young children with a history of acute respiratory infection. Of the clinical symptoms of non-rheumatic myocarditis, general weakness was 88%, profuse sweating was 86%, cough was 50%, redness of the lips and nose was 58%, and white marble skin was 76%. Heart tones were observed in all patients. "gallop rhythm" was 32%.

The article has a methodical character, and if the size of the sample in which the yield of agricultural crops is measured is small, the accuracy of the point statistical estimation decreases. After a maximum of 3-5 years of experience, the newly created variety is grown mainly with small-sized selections. In such cases, the importance of interval statistical evaluation is demonstrated.