Anerousis N and Lazar A A. Virtual Path Control for ATM Networks with Call Level Quality of Service Guarantees. IEEE Trans. on Networking, 6(2):222--236, April 1998.  Home/Search   Document Details and Download   Summary   Related Articles   Check

....efficiency is achieved through the multiplexing of the physical link bandwidth among the VPs that share the same physical link. The VP bandwidth is dynamically altered in accordance to the traffic demand. There are many schemes suggested in the literature for VP bandwidth control, some centralized [3, 4, 5, 6, 7, 8, 9, 10] and others distributed [11, 12, 13] For efficient management of the VP bandwidth, an accurate estimate of the bandwidth demand of the traffic flowing through the VPs is required. In order to make an accurate estimate of the bandwidthdemand, a proper understanding of the behavior of the traffic ....

Anerousis N and Lazar A A. Virtual Path Control for ATM Networks with Call Level Quality of Service Guarantees. IEEE Trans. on Networking, 6(2):222--236, April 1998.

....delaybounded or real time packets, with certain guaranteed quality of service (QoS) requirements. How to choose a route that can support traffic QoS requirements is a main feature to such a multimedia network. There are many literatures in this category : 4] and [5] are for Internet, 6] and [13] are for ATM wireline backbone. On the other hand we are considering some situations in which non cellular multi hop packet radio environment is more suitable. The first case is in the war field, it s obviously hard to communicate in wired or cellular wireless network because the violent fire will ....

N. G. Aneroussis and A. A. Lazar, "Virtual Path Control for ATM Networks with Call Level Quality of Service Guarantees", INFOCOM'96, Vol.3, pp,312-19, 1996.

....are expected to offer a wide variety of services, ranging from simple unicast connections to Virtual Networks. Broadband services can be constructed using two fundamental building blocks: Virtual Circuits (in point to point or point to multipoint mode) and Virtual Paths. In our previous work [ANE95, ANE96a] we presented an integrated management and control framework for these services. Its objective was to provide the necessary monitoring and control capabilities to the network manager in order to guarantee Quality of Service both at the cell and the call level. At the call level, our control ....

N. Anerousis and A.A. Lazar, "Virtual Path Control for ATM Networks with CallLevel Quality of Service Guarantees", Proceedings of the 1996 INFOCOM, San Francisco, CA, March 1996.

....of the VN designer is to derive the topology and capacity of a Virtual Network that results in maximum utility. We formulate a non linear optimization problem and provide an algorithm that computes an optimal VP capacity allocation. Parts of this dissertation have appeared in [ANE95a] ANE95b] [ANE95c], ANE95d] ANE94] ANE93] and [TSU92] 27 Chapter 2 An Architecture for Managing Virtual Circuit and Virtual Path Services on ATM Networks 2.1 Introduction The focus of this chapter is on providing an overall architectural framework for managing services, in particular, services provided by ....

N.G. Anerousis and A.A. Lazar, "Virtual Path Control for ATM Networks with Call-Level Quality of Service Guarantees", CTR Technical Report 41095 -16, Center for Telecommunications Research, Columbia University, New York, NY 10027.

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N. Anerousis and A.A. Lazar, "Virtual Path Control for ATM Networks with Call-Level Quality of Service Guarantees", IEEE Transactions on Networking,Vol. 6 No. 2, April 1998.

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N.G. Anerousis and A.A. Lazar, "Virtual Path Control for ATM Networks with Call-Level Quality of Service Guarantees", CTR Technical Report 41095 -16, Center for Telecommunications Research, Columbia University, New York, NY 10027.

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Aneroussis, N. G. and Lazar, A.A., "Virtual Path Control for ATM Networks with Call-Level Quality of Service Guarantees", Proceedings of the IEEE INFOCOM' 96, San Francisco, CA, March 1996.

....offer a wide variety of services, ranging from simple unicast connections to Virtual Networks. Broadband services int this environment can be constructed using two fundamental building blocks: Virtual Circuits (in point to point or point to multipoint mode) and Virtual Paths. In our previous work [ANE95, ANE96a] we presented an integrated management and control framework for these services. Its objective was to provide the necessary monitoring and control capabilities to the network manager in order to guarantee Quality of Service both at the cell and the call level. At the call level, our control ....

....the total network revenue is maximized. The optimization problem can be written as: EQ 8) where is 1 if SD pair i is routed through link l and 0 otherwise. Since this is a non linear programming problem with a non differentiable objective function, we can use the optimization methodology of [ANE96a]. When the final solution has been reached, SD pairs will have been sized based on their profitability . The framework for the network pricing optimization problem is shown in Figure 8. Optimization is done at three levels: the user level, where users optimize their demands with respect to the ....

N. Anerousis and A.A. Lazar, "Virtual Path Control for ATM Networks with CallLevel Quality of Service Guarantees", Proceedings of the 1996 INFOCOM, San Francisco, CA, March 1996.

No context found.

Aneroussis, N. G. and Lazar, A.A., "Virtual Path Control for ATM Networks with Call-Level Quality of Service Guarantees", Proceedings of the IEEE INFOCOM' 96, San Francisco, CA, March 1996.

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