Christian Haisjackl

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In this paper we define a model-based risk assessment procedure that integrates automatic risk assessment by static analysis, semi-automatic risk assessment and guided manual risk assessment. In this process probability and impact criteria are determined by metrics which are combined to estimate the risk of specific system development arti-facts. The risk(More)
Decision making in software engineering requires the consideration of risk information. The reliability of risk information is strongly influenced by the underlying risk estimation process which consists of the steps risk identification, risk analysis and risk prioritization. In this paper we present a novel risk estimation tool for software engineering(More)
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