n South African Computer Journal - A new approach to risk management in the health-care domain
|Article Title||A new approach to risk management in the health-care domain|
|© Publisher:||South African Computer Society (SAICSIT)|
|Journal||South African Computer Journal|
|Author||E. Smith and J.H.P. Eloff|
|Publication Date||Aug 2001|
|Pages||2 - 11|
|Keyword(s)||Fuzzy cognitive map, Information technology risk value, K.6.5, Risk analysis, Risk assessment and Risk-management methodology|
This paper is devoted to the presentation of a risk-management methodology (RiMaHCoF) that is specifically tailored for the health-care environment. The proposed methodology includes five successive stages in all, namely initiation, domain analysis, risk assessment, risk analysis and domain monitoring. This paper focuses on the risk analysis stage. The RiMaHCoF ("Risk Management in Health Care - using Cognitive Fuzzy techniques") methodology enhances risk management in the specific domain of health care in the sense that it deems the patient's health-care information, processed and stored in a typical health-care institution, to be of utmost importance to such institution. The methodology further enhances risk management in this domain in that it incorporates cognitive fuzzy-logic techniques - as opposed to quantitative techniques such as annual loss exposure (ALE) calculation - to assess and analyse the information-technology risks. In this way, it is ensured that full cognisance is taken of the intuitive nature of human observation when assessing the possible IT risks to be incurred in a health-care institution. In addition, the methodology takes into account the vagueness of the decision making process with respect to securing patient information. The cognitive fuzzy approach to the assessment and analysis of information technology risks in health care does not only identify the high-risk areas within a typical health-care institution, but also helps to manage risks by facilitating the decision-making process with respect to securing patient information.
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