@InProceedings
{IEEE-IWPC-2002:Jahnke-Muller-Walenstein-,
  Author =       "Jens H. Jahnke and Hausi A. M{\"u}ller and Andrew
                  Walenstein and Nikolai Mansurov and Kenny Wong",
  Title =        "Fused Data-Centric Visualizations for Software Evolution
                  Environments",
  BookTitle =    "Proceedings of the 10th International Workshop on Program
                  Comprehension (IWPC'02)",
  ConfDate =     "Jun 27--29",
  Location =	 "Paris",
  Pages =        "187--196",
  Publisher =    "IEEE Computer Society Press",
  Abstract =     "During software evolution, several different facets of
                  the system need to be related to one another at multiple
                  levels of abstraction. Current software evolution tools
                  have limited capabilities for effectively visualizing and
                  evolving multiple system facets in an integrated
                  manner. Many tools provide methods for tracking and
                  relating different levels of abstraction within a single
                  facet. However it is less well understood how to
                  represent and understand relationships between and among
                  different abstraction hierarchies, that is, for
                  inter-hierarchy relations. Often these are represented
                  and explored independently, making them difficult to
                  relate to one another. As a result, engineers are likely
                  to have difficulty understanding how the various facets
                  of a system relate and interact. We describe preliminary
                  results of a collaborative research project between
                  industry and academia to enhance the inter-hierarchy
                  visualization capabilities of an existing software
                  evolution environment called ``KLOCwork
                  Suite''. Specifically, we describe our efforts to add a
                  ``fused'' visualization based on Story Board Diagrams.
                  This visualization ``integrates'' or ``fuses'' facets of
                  architecture, behavior, and data. We describe how these
                  diagrams bridge currently isolated visualizations of
                  system information, and argue how they can help drive
                  architecture excavation tasks.",
}