| Abstract [eng] |
In this work synthetic aperture focusing technique is analyzed and optimized, it is widely used in research and the broad market. As with many of this type of technology one of the main drawbacks is the data processing. In this case a new and fast data processing algorithm is found, which ensures rapid synthetic aperture focusing technique that generates data traffic processing and imaging using a combined count – telecommunication networks and graphics processor architecture. Solutions to such problems are investigated and later implemented in distributed computing systems. The main goal is to examine the current speed of data collection and processing solutions for telecommunication networks and propose those, which would allow realization of the ultrasonic synthetic aperture focusing technique in real time. In this work the synthetic aperture focusing technique acceleration analysis was carried out, investigated and proposed distributed computing machine data exchange models that function in networked telecommunications structure, also proposed combined calculation algorithm solution that brings together the graphic processor, CPU and data breakdown in telecommunication network. At the last stage of research the system was realized. |
