Inverse Problem for Identifying Parameters Describing Data Field in Ultrasonographic Transmission Tomography

Ultrasound tomography provides the ability to analyze the processes taking place inside the facility without interfering with the production, analysis and detection of obstacles, defects and various anomalies. The presented results show that the obtained tomographic imaging can be a faithful image of the geometry of the studied area, which allows to determine its location in the analyzed space. It is important to have the correct choice in the calculation of single values, because even small differences in these values can have a significant impact on the modeling accuracy of the modeled object. The inverse problem is the process of identifying optimization or synthesis, in which the goal is to determine the parameters describing the data field. The work developed algorithms as a technique of low computational complexity dedicated to real-time reconstruction with the use of hardware embedded in the measurement device.