Autonomic networking systems must be designed to achieve an appropriate balance
between the operation of decentralized algorithms and processes that seek to maintain …

The vision of Autonomic Network Management seeks self-governance (eg self-organisation,
self-management) capabilities amongst network devices and system to minimise …

Traditionally, network management functionalities have been performed manually by expert
individuals. However, the traditional approaches leads to numerous problems, including …

Future communication networks will be composed of a diversity of highly heterogeneous
network variants, ranging from energy constrained wireless sensor networks to large-scale …

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communication networks, as a high-level goal-oriented self-managed paradigm, are …

Autonomic computing and networking are emerging paradigms that allow for the creation of
self-managing and self-controlling environments by employing distributed algorithms and …

The continuously increasing complexity of communication networks and the increasing
diversity and unpredictability of traffic demand has led to a consensus view that the …

Network applications are increasingly required to be autonomous, scalable, adaptive to
dynamic changes in the network, and survivable against partial system failures. Based on …

The current complexity of network management has helped drive the need for autonomic
capabilities. The vision of autonomic network management provides the ability for network …

Traditional network management technique that was largely controlled by humans is
nowadays less and less feasible due to the increase complexities of current communication …