Trends such as converged networks and services require multiple and diverse networks and
technologies to interoperate. Autonomic technologies are emerging as an important way to …

The purpose of autonomic networking is to manage the business and technical complexity of
networked components and systems. However, existing network management data has no …

The ever‐increasing size, complexity and heterogeneity of telecommunications networks
necessitate the introduction of autonomic elements that assist providers in managing and …

Next generation networks are becoming service-aware. This implies that context coming
from various sources can be used for supporting service management operations and also …

The management of pervasive services on next generation networks involves self-
management capabilities for improving performance and achieving interoperability …

Network management has suffered from increases in business, system, and operational
complexity. This has been exacerbated by the heterogeneity in management data as well as …

Ontology engineering has been proposed as a formal mechanism for both reducing the
complexity of managing the information needed in network management and autonomic …

Autonomic networking systems dynamically adapt the services and resources that they
provide to meet the changing needs of users and/or in response to changing environmental …

In the Future Internet, free exchange of information between enterprise applications and
networking systems promotes the personalization of services and enables many different …

This paper presents a survey on the usage, opportunities and pitfalls of semantic
technologies in the Internet of Things. The survey was conducted in the context of a …