Abstract
Medical planning and simulation (MPS) systems integrate resource-consuming computations (e.g., simulations of human tissue) and advanced interaction techniques (e.g., haptic devices). Developing MPS systems is challenging and a specialized, time-consuming, and expensive process. Achieving quality in these systems is essential due to the criticality of those systems for human health and life. Throughout our experience with developing research and commercial MPS systems, we found that these systems impose specific constraints on “quality.” The notion of “quality” in the software for MPS systems is often only explored from a technical perspective (e.g., the accuracy of algorithms used within the software). However, no comprehensive advice on how to deal with quality attributes in MPS systems development exists. In this chapter we elaborate on how quality attributes of MPS systems are exhibited in the architecture and in the architecting process for those systems.
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