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Fifth IEEE Workshop on Engineering of Autonomic and Autonomous Systems (ease 2008), 2008
Next generation networks are being realised by the convergence of wired and wireless converged networks. This has the potential to provide seamless services to the end user, providing freedom of movement between metropolitan/enterprise and indoor/outdoor coverage while maintaining continuity of applications experience.
Pantelis N. Karamolegkos +2 more
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Next generation networks are being realised by the convergence of wired and wireless converged networks. This has the potential to provide seamless services to the end user, providing freedom of movement between metropolitan/enterprise and indoor/outdoor coverage while maintaining continuity of applications experience.
Pantelis N. Karamolegkos +2 more
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Autonomous agents for autonomic networks
annals of telecommunications - annales des télécommunications, 2006This paper deals with a multi-agent technology as a tool to introduce an autonomic behavior in network control and management. In a first section, we describe the autonomic communication paradigm, the characteristics, and the need for new architectures. Then, we focus on the differences between a classical and an autonomic network.
Bullot, Thomas +4 more
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Towards Autonomous Network Domains
Proceedings IEEE INFOCOM 2006. 25TH IEEE International Conference on Computer Communications, 2005The Internet is currently evolving beyond what its architecture can support. Often, the mechanisms that allow the Internet to adapt to increasingly conflicting sets of new requirements break some of its basic design principles and can thus severely interfere with end-to-end communication. This paper recognizes that increased autonomy of network regions
S. Schmid +3 more
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Knowledge Dissemination for Autonomic Network
2011 IEEE International Conference on Communications (ICC), 2011Autonomic computing is a new paradigm inspired by the biological world. It allows networks to self-organize control decisions. To ensure an efficient self-organization, an autonomic network must define a new distributed and decentralized plane containing all the network knowledge, called "knowledge plane".
Cirio, A, Souihi, Sami, Mellouk, A.
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2021
The central autonomic network (CAN) consists of interconnected areas distributed throughout the central neuraxis. These areas not only control the activity of the preganglionic neurons but also participate in coordination of autonomic nervous system (ANS) activity with other homeostatic responses including respiration, arousal, and response to stress ...
Kamal Shouman, Eduardo E. Benarroch
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The central autonomic network (CAN) consists of interconnected areas distributed throughout the central neuraxis. These areas not only control the activity of the preganglionic neurons but also participate in coordination of autonomic nervous system (ANS) activity with other homeostatic responses including respiration, arousal, and response to stress ...
Kamal Shouman, Eduardo E. Benarroch
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Stress and central autonomic network
Autonomic Neuroscience, 2021The central autonomic network (CAN) plays a critical role in the stress response, which is triggered by challenges on the homeostasis (physiological stressors) or unpleasant social or environmental situations. This review focuses on the role of areas of the CAN including the insular and anterior cingulate cortices, extended amygdala, hypothalamus ...
Guillaume, Lamotte +2 more
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Autonomic networking: Theory and practice
NOMS 2008 - 2008 IEEE Network Operations and Management Symposium, 2004Summary form only given. A new genre of management applications is required to accommodate current and future uses of network services. The key to solving this problem is to realize that currently, network operation is divorced from how the business operates, and that current approaches do not address this problem.
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IEEE Vehicular Technology Magazine, 2015
The increased complexity of emerging and future networks and services requires the use of sophisticated but simplified management and control that will minimize the burden of human presence and manual operation. Autonomic network management (ANM), on the one hand, and software defined networking (SDN), on the other hand, have appeared with the promise ...
Kostas Tsagkaris +5 more
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The increased complexity of emerging and future networks and services requires the use of sophisticated but simplified management and control that will minimize the burden of human presence and manual operation. Autonomic network management (ANM), on the one hand, and software defined networking (SDN), on the other hand, have appeared with the promise ...
Kostas Tsagkaris +5 more
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A Network of (Autonomic) Clock Outputs
Chronobiology International, 2006The circadian clock in the suprachiasmatic nuclei (SCN) is composed of thousands of oscillator neurons, each of which is dependent on the cell-autonomous action of a defined set of circadian clock genes. A major question is still how these individual oscillators are organized into a biological clock producing a coherent output that is able to time all ...
Kalsbeek, A. +2 more
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