Its use can result in significant cost savings because the ultrasonic image can be interpreted correctly without the need for precision thickness machining during nondestructive evaluation stages of material development.
Its use can result in significant cost savings because the ultrasonic image can be interpreted correctly without the need for precision thickness machining during nondestructive evaluation stages of material development.
Beginners in echocardiography have only a rudimentary conception of the spatial relationship between the actual ultrasound image and the 3D anatomy of the heart.
We have demonstrated that the system is feasible alternative to the use of film or magnetic tape for the permanent storage of CT, MR, or ultrasound image data.
The combination of new generations of USCAs and new ultrasound image sequences appears to be very promising and currently represents a significant part of ultrasound research.
Results obtained by processing test acoustic (ultrasonic) images demonstrate that the method is capable of effectively solving sonography classification problems.
The algorithms are used for simplex meshes adaptation to manually traced object boundaries on several representative non-parallel cross sections of 3D ultrasound images.