Localization of ultrasonic probe by optical system

Localization of ultrasonic probe by optical system

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The presented paper is dealing with the design of a mathematical model for ultrasound probe localization with camera system. The designed model will be used as a base model for an automated system based on optical metering of ultrasound probe position and orientation. The presented paper is also describing calibration possibilities of the model. The optical system will be tested with construction of two digital cameras and the results will be evaluated from the accuracy and computation time demand point of view. The System is implemented under the Windows OS environment and realized in C++ programming language.

The presented paper is dealing with the design of a mathematical model for ultrasound probe localization with camera system. The designed model will be used as a base model for an automated system based on optical metering of ultrasound probe position and orientation. The presented paper is also describing calibration possibilities of the model. The optical system will be tested with construction of two digital cameras and the results will be evaluated from the accuracy and computation time demand point of view. The System is implemented under the Windows OS environment and realized in C++ programming language.

3D ultrasound, free-hand ultrasound, optical localization

HUDEC, R., SZABÓ, Z.

2011

01.01.2004

Praha

International Student Conference on Electrical Engineering POSTER 2004

IC19

2