Imaging,3-D

In splicing 3-D seismic data, consistent processing is one of the key technologies because it has a great effect on imaging quality.

It has been widely used in biomedical fields owing to its advantages such as high resolution and 3-D imaging.

Edge extraction and tracing in CT image are of very important application value in sever al areas of medical imaging, including 3-D display.

Wide-band mono-pulse imaging radar has a high range resolving power, and can supply targets' 3-D position with an echo.

Magnetic resonance imaging (MRI) techniques provide an extremely detailed, 3-D view of a living brain.

The research team theorized that with the aid of sophisticated 3-D CT imaging, treatment may be more precise and take less time.

This paper describes the integral imaging and its application in the area of3 D TV, 3 D printing and depth measurement.

Special 3-D-imaging software helps visualize the size and shape of the objects.

From photo editing to 3-D imaging to complex data analysis, there are plenty of tasks that simply work better on a PC.

Through simulation, motion compensation of the 3-D radar imaging technigue is introduced.

The new 3-D microscope also helps to bring imaging techniques from the lab to the doctor's office.

Potential for use of HARP images in fast imaging techniques and three-dimensional (3-D) analyses are discussed.

A new imaging method for seismic reflection wave in 1-D case called "3-Basis Color Method" is given.

Depth imaging and velocity calibration by 3-D adaptive tomography