Understanding complex software systems requires getting insight in how system properties, such as performance, trust, reliability, or structural attributes, correspond to the system architecture. Such properties can be seen as defining several ’areas of interest’ over the system architecture. We visualize areas of interest atop of system architecture diagrams using a new technique that minimizes visual clutter for multiple, overlapping areas for large diagrams, yet preserves the diagram layout familiar to designers. We illustrate our proposed techniques on several UML diagrams of complex, real-world systems
Software architecture diagrams and metrics are well-known and heavily used in many areas in software...
Software architecture diagrams and metrics are well-known and heavily used in many areas in software...
Software architecture diagrams and metrics are well-known and heavily used in many areas in software...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex component-based systems often requires getting insight in how certain system p...
Understanding complex component-based systems often requires getting insight in how certain system p...
Understanding complex component-based systems often requires getting insight in how certain system p...
We present a new method for the combined visualization of software architecture diagrams, Such as UM...
Software architecture diagrams and metrics are well-known and heavily used in many areas in software...
Software architecture diagrams and metrics are well-known and heavily used in many areas in software...
Software architecture diagrams and metrics are well-known and heavily used in many areas in software...
Software architecture diagrams and metrics are well-known and heavily used in many areas in software...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex software systems requires getting insight in how system properties, such as pe...
Understanding complex component-based systems often requires getting insight in how certain system p...
Understanding complex component-based systems often requires getting insight in how certain system p...
Understanding complex component-based systems often requires getting insight in how certain system p...
We present a new method for the combined visualization of software architecture diagrams, Such as UM...
Software architecture diagrams and metrics are well-known and heavily used in many areas in software...
Software architecture diagrams and metrics are well-known and heavily used in many areas in software...
Software architecture diagrams and metrics are well-known and heavily used in many areas in software...
Software architecture diagrams and metrics are well-known and heavily used in many areas in software...