This is a special issue published in version 1.0 of "Global Journal of Computer Science and Technology." Articles in this issue include: (1) [Theta] Scheme (Orthogonal Milstein Scheme), a Better Numerical Approximation for Multi-dimensional SDEs (Klaus Schmitz Abe); (2) Input Data Processing Techniques in Intrusion Detection…

Diagnosing begins by generating an initial diagnostic hypothesis by automatic information processing. Information processing may stop here if the hypothesis is accepted, or analytical processing may be used to refine the hypothesis. This description portrays analytic processing as an optional extra in information processing, leading us to…

Articles in this issue of "Global Journal of Computer Science and Technology" include: (1) Input Data Processing Techniques in Intrusion Detection Systems--Short Review (Suhair H. Amer and John A. Hamilton, Jr.); (2) Semantic Annotation of Stock Photography for CBIR Using MPEG-7 standards (R. Balasubramani and V. Kannan); (3) An Experimental Study…

Computers are used to influence diagnostic and therapeutic decisions. The computer's information-handling capabilities allow it to serve as a reliable extension of the physician's memory and expander of the physician's information and synthesized knowledge resources. (BB)

Use of sequential data display on the Davenport diagram mated with computer techniques offers solutions to both data storage and teaching problems related to blood gas determinations. An example of using the technique for teaching interpretation of data to medical students is given. (JT)

The use of the computer for medical information processing was introduced about a decade ago. Considerable inroads have now been made toward its applications to problems in medicine. Present uses of the computer, both as a computational and noncomputational device include the following: automated search of patients' files; on-line clinical data…

Collecting patient morbidity information in academic ambulatory practice is useful for research, practice management, and evaluation and planning of educational programs. Three methods of morbidity data collection were compared to determine which was most accurate. (Author/MLW)

Reports studies of the validity of medical data recorded and computerized at University of Western Ontario family medical centers. In the 59 encounters observed residents recorded an average of 1.51 problems and observers 2.45. Implications for medical education, audit, research, computer systems, and quality of care are discussed. (JT)