Hh. Ehricke et al., MEDICAL WORKSTATIONS FOR APPLIED IMAGING AND GRAPHICS RESEARCH, Computerized medical imaging and graphics, 18(6), 1994, pp. 403-411
We present a medical workstation for the efficient implementation of r
esearch ideas related to image processing and computer graphics. Based
on standard hardware platforms the software system encompasses two ma
jor components: A turnkey application system provides a functionality
kernel for a broad community of clinical users working with digital im
aging devices, including methods of noise suppression, interactive and
automatic segmentation, 3D surface reconstruction and multi-modal reg
istration. A development toolbox allows new algorithms and application
s to be efficiently implemented and consistently integrated with the c
ommon framework of the turnkey system. The platform is based on an ela
borate object class structure describing objects for image processing,
computer graphics, study handling and user interface control. Thus ex
pertise of computer scientists familiar with this application domain i
s brought into the hospital and can be readily used by clinical resear
chers.