Reliable software technologies and communication middleware: A perspective and evolution directions for cyber-physical system, mobility, and cloud computing

Marisol García-Valls, Paolo Bellavista, Aniruddha S. Gokhale

Abstract: Software technology design, implementation, deployment, runtime verification, and experimental evaluation are of paramount importance for satisfying not only the functional but also the non-functional properties of distributed systems. Among the many different software layers in a system, the communication middleware is critical to provide overall efficiency and interoperability among heterogeneous systems. The increasing complexity of current and future distributed systems requires that middleware solutions be carefully designed to meet essential properties such as timeliness, efficiency, reliability, and scalability. In this paper, we describe the challenges and the role of software technologies and communication middleware for reliable distributed systems. We provide a short, non-exhaustive survey in the context of systems with varying non-functional requirements such as cyber-physical systems, mobility, and cloud, with the primary objective of exposing some of the main challenges that these systems bring to the design and operation of middleware. Finally, we present a set of contributions that make up a new special issue on the middleware for reliable systems, which represent a fresh perspective on the state-of-the-art solutions that approach the problem of reliable software technologies and communication middleware from complementary view points.