traffic distribution

traffic distribution

[′traf·ik ‚di·strə‚byü·shən]
(communications)
Routing of communications traffic through a terminal to a switchboard or dialing center.
References in periodicals archive ?
PTV Visum software will be used to model the current conditions of the transport network for the GCC countries including traffic distribution and volumes across the different modes and transport links."
Commenting on the development, Khatib & Alami's vice president, Ramadan Harb, said: "PTV Visum software will be used to model the current conditions of the transport network for the GCC countries including traffic distribution and volumes across the different modes and transport links."
Recent studies favor a predictive approach to traffic distribution in order to anticipate its behavior and thus improve the global performance of the network.
Radisys' hyperscale software defined infrastructure, service aware traffic distribution platforms, real-time media processing engines and wireless access technologies enable its customers to maximize, virtualize and monetize their networks.
Proper traffic control can significantly reduce delays and improve traffic distribution at a bottleneck, especially under congested [4] and work zone conditions [5, 6].
Region-specific hurdles such as modest power availability, diverse digital traffic distribution and ways to overcome them were also highlighted.
The proposed model was compared to classical traffic distribution algorithms.
From the analysis of the examples we can assume that the uniform distribution is the worst one according to the average amount of throughput criteria in comparison with other types of distributions, where the coordinates of the access point are coincident with the mathematical expectation of traffic distribution. The mathematical expectation of traffic distribution coordinate is the most appropriate base station installation point from the position of maximum throughput support (potential capacity), at least for unimodal distribution laws.
The traffic features include traffic policy, traffic supply and traffic distribution; individual characteristics including gender, age, occupation, income, education degree; travel characteristics includes travel distance, travel time, travel destination (ZHANG, 2012), as shown in figure 1.
Radisys' hyperscale software-defined infrastructure, service aware traffic distribution platforms, real-time media processing engines and wireless access technologies enable its customers to maximize, virtualize and monetize their networks.
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