When it comes to reliability in distributed publish/subscribe systems, there are two main
categories of systems: reliable systems and best-effort systems. The former category gives …

Recently we have witnessed an increasing demand of fault-tolerant communications in
publish/subscribe middleware. Although several reliable solutions have been proposed …

Distributed content-based publish-subscribe middleware is emerging as a promising answer
to the demands of modern distributed computing. Nevertheless, currently available systems …

Distributed publish/subscribe paradigm is a powerful data dissemination paradigm that
offers both scalability and flexibility for time-sensitive applications. However, its nature of …

Publish/subscribe middleware is being increasingly used to devise large-scale critical
systems. Although several reliable publish/subscribe solutions have been proposed, none of …

Publish/subscribe services are required in several long-term on-going industrial projects that
envision a radical rethinking of software systems by integrating existing legacy systems in …

Provisioning reliability in a high-performance content-based publish/subscribe system is a
challenging problem. The inherent complexity of content-based routing makes message loss …

Distributed content-based publish-subscribe middleware provides the necessary
decoupling, flexibility, expressiveness, and scalability required by modern distributed …

Modern large-scale mission-critical systems demand efficient and robust multi-point data
dissemination infrastructures. Since such infrastructures have to exhibit good performance …

Today's large-scale distributed systems consist of collections of nodes that have highly
variable availability-a phenomenon sometimes called churn. This availability variation is …