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Dynamical Systems, 2010
A heteroclinic network for an equivariant ordinary differential equation is called switching if each sequence of heteroclinic trajectories in it is shadowed by a nearby trajectory. It is called forward switching if this holds for positive trajectories. We provide an elementary example of a switching robust homoclinic network and a related example of a ...
Homburg, A.J., Knobloch, J.
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A heteroclinic network for an equivariant ordinary differential equation is called switching if each sequence of heteroclinic trajectories in it is shadowed by a nearby trajectory. It is called forward switching if this holds for positive trajectories. We provide an elementary example of a switching robust homoclinic network and a related example of a ...
Homburg, A.J., Knobloch, J.
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IEEE Communications Magazine, 1989
The author argues that a strong impetus for using neural networks is that they provide a framework for designing massively parallel machines. He notes that the highly interconnected architecture of switching networks suggests similarities to neural networks.
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The author argues that a strong impetus for using neural networks is that they provide a framework for designing massively parallel machines. He notes that the highly interconnected architecture of switching networks suggests similarities to neural networks.
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On Permutation Switching Networks
Bell System Technical Journal, 1968Rearrangeable switching networks are considered as permutation generators. Two-by-two network arrays may be implemented in these networks using a β reversing element. Nested tree arrays of these elements may be used to synthesize rearrangeable switching networks which appear minimal. Multistage network arrays of these elements may be implemented within
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On Crossbar Switching Networks
IEEE Transactions on Communications, 1975For networks that exhibit neither concentration nor expansion, the well-known probabilistic model of C. Y. Lee is refined so as to take account of the dependence of events in different stages. For series-parallel networks, the refined model yields exact expressions for the point-to-point blocking probability.
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1992
Transmission means will always constitute the most expensive part of telecommunication systems and networks and must be handled with the highest possible economy. The problem of how to divide the aggregate transmission capacity and assign its portions to users has existed for a very long time and will always remain, despite many sophisticated solutions
Josef Pužman, Boris Kubín
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Transmission means will always constitute the most expensive part of telecommunication systems and networks and must be handled with the highest possible economy. The problem of how to divide the aggregate transmission capacity and assign its portions to users has existed for a very long time and will always remain, despite many sophisticated solutions
Josef Pužman, Boris Kubín
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Complex Systems, 2019
The concept of emergence is a powerful concept to explain very complex behaviour by simple underling rules. Existing approaches of producing emergent collective behaviour have many limitations making them unable to account for the complexity we see in the real world.
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The concept of emergence is a powerful concept to explain very complex behaviour by simple underling rules. Existing approaches of producing emergent collective behaviour have many limitations making them unable to account for the complexity we see in the real world.
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2008
Optical Switching Networks describes all the major switching paradigms developed for modern optical networks, discussing their operation, advantages, disadvantages and implementation. Following a review of the evolution of optical WDM networks, an overview of the future trends out.
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Optical Switching Networks describes all the major switching paradigms developed for modern optical networks, discussing their operation, advantages, disadvantages and implementation. Following a review of the evolution of optical WDM networks, an overview of the future trends out.
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1983 IEEE Symposium on Security and Privacy, 1983
The trend towards common user packet switched networks has increased the need for the provision of adequate end-to-end security techniques in order to protect the data of individual groups of network users. The techniques which can be employed in order to provide adequate end-to-end security measures are considered in this paper frc,mamilitary ...
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The trend towards common user packet switched networks has increased the need for the provision of adequate end-to-end security techniques in order to protect the data of individual groups of network users. The techniques which can be employed in order to provide adequate end-to-end security measures are considered in this paper frc,mamilitary ...
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2011
The paper is devoted to the asymptotic investigation of switching queueing systems and networks. The method of analysis uses the limit theorems of averaging principle and diffusion approximation types for the class of "Switching Processes" developed by the author.
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The paper is devoted to the asymptotic investigation of switching queueing systems and networks. The method of analysis uses the limit theorems of averaging principle and diffusion approximation types for the class of "Switching Processes" developed by the author.
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2001
In the previous chapters, we examined the principle switching architecture for peer-to-peer communications. We discussed how to build efficient switching networks employing intelligent control algorithms. In this chapter, we consider switching networks that can handle communication from single source to multiple destination, such as teleconferencing ...
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In the previous chapters, we examined the principle switching architecture for peer-to-peer communications. We discussed how to build efficient switching networks employing intelligent control algorithms. In this chapter, we consider switching networks that can handle communication from single source to multiple destination, such as teleconferencing ...
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