Search

The rapid annual growth of data flows in large-scale networks does not encourage only hardware improvements in the network, but also the most ideal routing control algorithms. In networks, it is impossible to use central routing control algorithms. The choice of parallel algorithms must be based on the principles of functional efficiency and stability. In large-scale networks, there are a large number of user pairs trying to achieve the highest possible rate of data transfer through routing control. Thus, control of ideas and ways of improving multiple standards must be based. The Nash equilibrium (Formulation Form for Routing Problem) formally provides the best way to control transmission in distributed systems. In this article, the path of balance was proven under general conditions. It also turns out to be an effective pareto solution and stable in the computer. It proposes an effective game theory algorithm (fast and parallel) and has been proven to be close. [ABSTRACT FROM AUTHOR]

In this paper, we study the possibility of calculating the thermal loads inside the combustion chamber in blasting combustion, which is important in the engine development process. The differential equations were used and applied in a mathematical model. Through these equations the detonation process was represented in the combustion chamber. A numerical method was also used for the calculation, and a model of the combustion chamber was constructed and the test was carried out with multiple parameters, and this approach came in order to improve the design of the combustion chambers and their walls to become more powerful and highly efficient. [ABSTRACT FROM AUTHOR]