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THE ROLE OF COMPUTER IN BIOMEDICAL ENGINEERING

The primary aims of the Journal are to provide a means of communicating the advances being made in the areas of biomedical engineering and to stimulate interest in the continually emerging computer based technologies which are being applied in these multidisciplinary subjects. The Journal will also provide a focus for the importance of integrating the disciplines of engineering with medical technology and clinical expertise. Such integration will have a major impact on health care in the future.

High quality research articles form the main body of the Journal. These contributed papers will cover both the engineering and clinical aspects of computer methods in biomedical engineering. Topics covered include the mechanical response of bone and bone/tissue/implant analysis, tissue mechanics, mechanic Biology, modeling of biomaterials, material identification, human body impact, motion analysis, kinesiology, mechanic transduction, computer assisted surgery, surgical simulation, computer animation, computational and systems biology and medical imaging. Dental mechanics, bio-fluids, cardiovascular mechanics, soft-tissue modeling and joint/ligament mechanics are also topics of primary importance. As well as providing a forum where advances in these complex areas can be published and discussed in open academic debate, the Journal also contains special issues and feature articles, technical notes and reviews, and short communications.

The use of computers to improve biomedical image quality:

Pictorial data have long been an important source of information in medicine and biology, but until quite recently, little use has been made of computers to process this data. Perhaps the major obstacle to such development was the difficulty of getting pictures into and out of the computer. The character recognition systems developed in the fifty's were in general not applicable to biomedical image problems because of the restrictive nature of the input devices. High resolution image scanners with the ability to detect multiple shades of grey were required and while such devices became available in the early sixties, it was difficult to find biomedical applications that would justify their cost which was frequently in the half million dollar range.

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