Modeling Complexity in Physically-Distributed Object-Oriented Systems

Abstract

This research explores the characteristics and implementation challenges of a complex, distributed system that attaches data processing and storage capabilities to physical objects. In the context of systems based on radio frequency identification (RFID) technology, we present a model that defines the constituents of complexity in this type of system, and discuss how object-oriented techniques can mitigate the complexity. The model, extended from prior models of organizational change and systems development, defines system complexity across three dimensions: architecture, component, and infrastructure. The model explains how changes in the architectural and component knowledge of a system are engendered by the shift from a digital to a physical infrastructure, leading to what is termed a ‘radical’ change. We link the architectural and component characteristics of a physically distributed object-oriented (PDO) system to the design elements of an object-oriented system, and indicate how an object-oriented approach can mitigate the complexity of the physical system's design and overall control structure.

• organizational change
• object-oriented design
• distributed systems
• RFID