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Evaluating Non-Hierarchical Overflow Loss Systems Using Teletraffic Theory and Neural Networks
9 references·1 citing·33 second hop
Evaluating Non-Hierarchical Overflow Loss Systems Using Teletraffic Theory and Neural Networks (2021)Evaluating Non-Hierarchical Overflow Loss…Human behavior and lognormal distribution. A kinetic description (2019)Human behavior and lognormal …Blocking Probability Evaluation for Non-Hierarchical Overflow Loss Systems (2017)Blocking Probability Evaluati…Information exchange surrogates for approximation of blocking probabilities in overflow loss systems (2013)Information exchange surrogat…Flexibility Principles (2008)Flexibility PrinciplesModeling and analysis of flexible queueing systems (2004)Modeling and analysis of flex…Exponential Approximation of Multi-Skill Call Centers Architecture (2000)Exponential Approximation of …Multi-hospital validation of critical care simulation model (1993)Multi-hospital validation of …Blocking probabilities in large circuit-switched networks (1986)Blocking probabilities in lar…The Interrupted Poisson Process As An Overflow Process (1973)The Interrupted Poisson Proce…A Century-Long Challenge in Teletraffic Theory: Blocking Probability Evaluation for Overflow Loss Systems With Mutual Overflow (2023)A Century-Long Challenge in T…Congestion in Blocking Systems-A Simple Approximation Technique (1980)A loss network model with overflow for capacity planning of a neonatal unit (2009)Surrogate models for performance evaluation of multi-skill multi-layer overflow loss systems (2016)Systems Simulation: The Art and Science (1976)Simulation Modeling and Analysis. (1983)An emergency department simulation and a neural network metamodel. (1997)A Generic Framework for Hybrid Simulation in Healthcare (2016)An introduction to queueing theory (1993)Principles on the Benefits of Manufacturing Process Flexibility (1995)Telephone Call Centers: Tutorial, Review, and Research Prospects (2003)Call-Center Labor Cross-Training: It’s a Small World After All (2007)On the Power of (Even a Little) Resource Pooling (2012)Capacity Sharing and Cost Allocation among Independent Firms with Congestion (2014)Stochastic Service Systems. (1963)The analysis of a queue arising in overflow models (1989)The Markov-modulated Poisson process (MMPP) cookbook (1993)Approximation and analysis of a call center with flexible and specialized servers (2004)Routing and Staffing in Large Call Centers with Specialized and Fully Flexible Servers (2004)Modeling and simulation of call centers (2005)Approximating the Performance of Urban Emergency Service Systems (1975)Prospect Theory: An Analysis of Decision under Risk (1979)Stochastic Differential Equations: An Introduction with Applications. (1987)Choices, Values, and Frames (2000)Process Flexibility in Supply Chains (2003)A Staffing Algorithm for Call Centers with Skill-Based Routing (2005)SIMULA: an ALGOL-based simulation language (1966)A hypercube queuing model for facility location and redistricting in urban emergency services (1974)Queueing Models for Computer Communications System Analysis (1977)Queueing Networks: A Survey of Their Random Processes (1985)The BMAP/G/1 queue: A tutorial (2005)Blocking When Service Is Required From Several Facilities Simultaneously (1985)Stochastic Models of Computer Communication Systems (1985)Optimal Control and Trunk Reservation in Loss Networks (1990)
this work references cited by second hop

References

  • 1986Blocking probabilities in large circuit-switched networks577 cited
  • 1973The Interrupted Poisson Process As An Overflow Process252 cited
  • 2004Modeling and analysis of flexible queueing systems117 cited
  • 2019Human behavior and lognormal distribution. A kinetic description67 cited
  • 1993Multi-hospital validation of critical care simulation model41 cited
  • 2000Exponential Approximation of Multi-Skill Call Centers Architecture35 cited
  • 2013Information exchange surrogates for approximation of blocking probabilities in overflow loss systems25 cited
  • 2008Flexibility Principles13 cited
  • 2017Blocking Probability Evaluation for Non-Hierarchical Overflow Loss Systems11 cited

Cited by

  • 2023A Century-Long Challenge in Teletraffic Theory: Blocking Probability Evaluation for Overflow Loss Systems With Mutual Overflow10 cited

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