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2007
This chapter deals with the long-term strategic planning and design of the supply chain. Section 6.1 explains the planning situation and the problem setting. Section 6.2 outlines the formulation of the problem as an optimization model and Sect. 6.3 the use of such models within the strategic planning process.
Fleischmann, Bernhard, Koberstein, Achim
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This chapter deals with the long-term strategic planning and design of the supply chain. Section 6.1 explains the planning situation and the problem setting. Section 6.2 outlines the formulation of the problem as an optimization model and Sect. 6.3 the use of such models within the strategic planning process.
Fleischmann, Bernhard, Koberstein, Achim
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Trends in Cognitive Sciences, 2018
Neural circuits have evolved to accommodate similar information processing challenges as those faced by engineered systems. Here, we compare neural versus engineering strategies for constructing networks. During circuit development, synapses are overproduced and then pruned back over time, whereas in engineered networks, connections are initially ...
Saket, Navlakha +2 more
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Neural circuits have evolved to accommodate similar information processing challenges as those faced by engineered systems. Here, we compare neural versus engineering strategies for constructing networks. During circuit development, synapses are overproduced and then pruned back over time, whereas in engineered networks, connections are initially ...
Saket, Navlakha +2 more
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IEEE Network, 1993
It is argued that the bandwidth of the CPU/memory data path on workstations will remain within the same order of magnitude as the network bandwidth delivered to the workstation. This makes it essential that the number of times network data traverses the CPU/memory data path be minimized.
Peter Druschel +3 more
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It is argued that the bandwidth of the CPU/memory data path on workstations will remain within the same order of magnitude as the network bandwidth delivered to the workstation. This makes it essential that the number of times network data traverses the CPU/memory data path be minimized.
Peter Druschel +3 more
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Optimal design in collaborative design network
Proceedings of the fourth international joint conference on Autonomous agents and multiagent systems, 2005We consider a multiagent system whose task is to aid component-centered design by collaborative designers in a supply chain. In the earlier work, collaborative design networks are proposed as a decision-theoretic framework for such a system. In this work, we analyzes how choice of agent interface affects the computational complexity of collaborative ...
Y. Xiang, J. Chen, William S. Havens
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Design for networks-The ultimate design for X
Bell Labs Technical Journal, 2005The true test of how a vendor's systems work is how they work with the service provider's existing systems and with other vendors' systems in operating networks. In this paper, we present various concepts, including design for X (DFX), and introduce the concept of design for networks (DFN), the objective of which is a working, revenue-generating ...
Richard Maltzman +5 more
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Network protection design for MPLS networks
DRCN 2005). Proceedings.5th International Workshop on Design of Reliable Communication Networks, 2005., 2006In this paper, we consider the problem of designing partially and fully survivable explicit label switched paths for MPLS networks. We model the problems as mixed integer linear programs. Furthermore, we present a survivability assessment of the models.
Gaurav Agrawal +2 more
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Proceedings of the Second IEEE Symposium on Parallel and Distributed Processing 1990, 2002
The Princeton University PRAM computer network provides process to process data transmission rates equivalent to memory access rates with negligible latency penalties and currently costs less than $1000.00 per gigabit/sec. of network bandwidth. The PRAM network architecture described scales to very large computer networks using fast optical technology.
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The Princeton University PRAM computer network provides process to process data transmission rates equivalent to memory access rates with negligible latency penalties and currently costs less than $1000.00 per gigabit/sec. of network bandwidth. The PRAM network architecture described scales to very large computer networks using fast optical technology.
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ATM network design for corporate networks
European Journal of Operational Research, 2006zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Sridhar Narasimhan +2 more
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[Conference Record] SUPERCOMM/ICC '92 Discovering a New World of Communications, 1993
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Network Design with Weighted Players
Theory of Computing Systems, 2006The paper contributes to the network design methods treated by means of tools of the algorithmic games. Selfish players select paths in a network, minimizing their costs which are specified in accordance with Shapley cost shares. For the game with identical players, the cost share incurred by a player for an edge is the fixed cost for each of them. The
Ho-Lin Chen, Tim Roughgarden
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