Results 191 to 200 of about 33,611 (226)
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Light traffic approximations in many-server queues

Advances in Applied Probability, 1992
This paper complements two previous studies (Daley and Rolski (1984), (1991)) by investigating limit properties of the waiting time ink-server queues with renewal arrival process under ‘light traffic' conditions. Formulae for the limits of the probability of waiting and the waiting time moments are derived for the two approaches of dilation and ...
Daley, D. J., Rolski, T.
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Transient Properties of Many-Server Queues and Related QBDs

Queueing Systems, 2004
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Asmussen, S., Pihlsgård, M.
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A correlated queue with infinitely many servers

Journal of Applied Probability, 1986
This work analyses a queueing mechanism with infinitely many servers in which the interarrival interval T preceding the arrival of a customer and his service time S are assumed correlated. A bivariate distribution with negative exponential marginals is used and the Laplace transforms pn (z) of the system probabilities in transient state
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A Many Server Queueing Problem with Variable Departures

ZAMM - Journal of Applied Mathematics and Mechanics / Zeitschrift für Angewandte Mathematik und Mechanik, 1969
AbstractThe present paper studies the behaviour of a queueing system in which arrivals form a Poisson distribution and departures occur in batches of variable size. Service is accomplished in M parallel channels and each channel has the same fixed capacity of serving at the most K units. Service is ordered and instantaneous.
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Some general results for many server queues

Advances in Applied Probability, 1973
Pollaczek's theory for the many server queue is generalized and extended. Pollaczek (1961) found the distribution of the actual waiting times in the model G/G/s as a solution of a set of integral equations. We give a somewhat more general set of integral equations from which the joint distribution of the actual waiting time and some other random ...
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Spatial Queues with Infinitely Many Servers

2003
Spatial Queues with infinitely many servers arise naturally as models for the planning process of mobile communication networks. A very useful concept has been developed by Cinlar [44], partly on the basis of Massey and Whitt [84]. This assumes single arrivals distributed in time as a non-homogeneous Poisson process. Every arrival chooses a position in
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Virtual allocation policies for many-server queues with abandonment

Mathematical Methods of Operations Research, 2019
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Zhenghua Long, Jiheng Zhang
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Simplified Control Problems for Multiclass Many-Server Queueing Systems

Mathematics of Operations Research, 2009
We consider scheduling and routing control problems for queueing models with I customer classes and J server pools, each consisting of many statistically identical, exponential servers. Customers require a single service that can be performed by a server from one of the pools; the service rate is μij ≥ 0, which depends on the customer's class i and ...
Rami Atar   +2 more
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Time-Dependent Solution of the Many-Server Poisson Queue

Operations Research, 1960
In this paper we obtain the Laplace transform of the transient probabilities of the ordered queuing problem, with Poisson inputs, multiple channels, and exponential service times. Explicit expressions are derived for the two-channel case and known equilibrium conditions are shown to hold. The proof proceeds in two stages. The first obtains the Laplace
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Fluid models for many-server Markovian queues in a changing environment

Operations Research Letters, 2012
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Zhang, B., Zwart, A.P.
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