National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Research of Algorithms for Improvement of Rainfall Calculation Based on Crossing of Microwave Links
Vomočil, Radek ; Mikulášek, Michal (referee) ; Bubniak, Milan (advisor)
Even in modern times, the exact rainfall calculation is an area containing a number of challenges. Although it may seem that the combined technologies for rainfall estimation are sufficiently accurate, in recent years there have been opportunities to further complement and refine the rainfall estimation through so-called opportunistic methods. This work deals with the creation of a new algorithm for the distribution of rainfall intensity within the framework of rainfall measurement through a network of microwave links. The theoretical part of the work deals with the possible ways in which the algorithm can be created and in what ways the calculation of rainfall can be approached. The practical part first deals with the creation of an algorithm for the linear distribution of rainfall intensity in 2D space along the route of the microwave link, based on the input parameter of the interval length. This is followed by the creation and implementation of an algorithm for the distribution of rainfall intensity based on the crossing of microwave links.
Research of Algorithms for Improvement of Rainfall Calculation Based on Crossing of Microwave Links
Vomočil, Radek ; Mikulášek, Michal (referee) ; Bubniak, Milan (advisor)
Even in modern times, the exact rainfall calculation is an area containing a number of challenges. Although it may seem that the combined technologies for rainfall estimation are sufficiently accurate, in recent years there have been opportunities to further complement and refine the rainfall estimation through so-called opportunistic methods. This work deals with the creation of a new algorithm for the distribution of rainfall intensity within the framework of rainfall measurement through a network of microwave links. The theoretical part of the work deals with the possible ways in which the algorithm can be created and in what ways the calculation of rainfall can be approached. The practical part first deals with the creation of an algorithm for the linear distribution of rainfall intensity in 2D space along the route of the microwave link, based on the input parameter of the interval length. This is followed by the creation and implementation of an algorithm for the distribution of rainfall intensity based on the crossing of microwave links.

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