ISORC 2015

About the Symposium

The 18th IEEE International Symposium on Real-time Computing (ISORC 2015) addresses research into real-time distributed technology and object-, component-, and service-oriented systems. Original submissions from academia and industry were invited, with accepted papers presented in Auckland.

• Submission deadline (extended): December 28, 2014.
• Acceptance notification: January 30, 2015.
• Camera-ready papers due: February 20, 2015.
• Best papers were invited for submission to an ACM TECS special issue.

The event was held April 13 – 17, 2015 at the Sir Paul Reeves Building (WG Building), AUT University City Campus, Governer Fitzroy Place, Auckland 1010, New Zealand. Sponsored by the IEEE Computer Society and The School of Computer and Mathematical Sciences at Auckland University of Technology.

ISORC stands as a long-running gathering dedicated to real-time computing, where researchers and practitioners come together to exchange ideas on systems that must respond within strict timing bounds. The symposium has grown over the years into a respected venue for discussion of both foundational theory and applied practice. Attendees typically include academics, engineers, and students interested in how predictable behavior can be guaranteed across distributed and embedded platforms. The tone is collaborative, encouraging dialogue between those who design algorithms and those who build the platforms that host them, fostering a community that values rigor alongside practical relevance in the evolving landscape of time-critical software and systems engineering across both research and industrial settings worldwide today.

Object-, component-, and service-oriented approaches continue to shape how complex real-time systems are designed, analyzed, and maintained. By breaking large applications into modular pieces, developers can reason about timing, reuse proven building blocks, and adapt solutions as requirements shift. This paradigm aligns naturally with distributed architectures, where multiple nodes cooperate to deliver a coherent service under deadline pressure. Workshops and tutorials often explore how design patterns, middleware, and modeling techniques can be combined to meet the dual challenges of predictability and flexibility. Participants benefit from seeing how others have tackled certification concerns, resource budgeting, and fault tolerance, leaving with a richer vocabulary for describing tradeoffs in safety-critical domains ranging from aerospace and automotive to industrial control and emerging cyber-physical applications around the world.

The host city plays a meaningful role in the symposium experience, offering a setting that blends natural beauty with academic tradition. Surrounded by harbors, islands, and a vibrant cultural scene, the venue provides an inviting backdrop for focused technical exchange. Between sessions, attendees can explore walking trails, waterfront dining, and nearby heritage sites, making the trip memorable beyond the conference halls. Organizers typically arrange social events that encourage informal conversation, helping newcomers connect with established members of the community. The combination of stimulating talks and a welcoming environment creates conditions where collaborations often begin, ideas get refined, and participants return home energized by both the program content and the shared experience of gathering in such a distinctive location together.

Real-time distributed technology remains a vibrant area of inquiry as computing spreads into cars, factories, medical devices, and smart infrastructure. The challenges of coordinating nodes, managing communication delays, and ensuring end-to-end predictability require ongoing innovation in scheduling, verification, and system architecture. Papers presented at the symposium often highlight novel methods for handling uncertainty, adapting to dynamic workloads, and integrating legacy components with modern platforms. By bringing together voices from academia and industry, the event helps ensure that advances in theory translate into deployable solutions. Emphasis is placed on openness to diverse viewpoints, recognizing that robust real-time systems emerge when multiple disciplines contribute perspectives, methods, and evaluations that collectively strengthen confidence in the technologies underpinning our increasingly connected and time-sensitive world.