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Queuing theory.

Overview

Works:	16 works in 15 publications in 15 languages

Titles

Queuing Theory and Telecommunications = Networks and Applications / by: (Electronic resources)

An Introduction to Queueing Theory = Modeling and Analysis in Applications / by: (Electronic resources)

Multiaccess, reservations & queues by: (Electronic resources)

Level crossing methods in stochastic models by: (Electronic resources)

Queueing theory for telecommunications = discrete time modelling of a single node system / by: (Electronic resources)

Advances in queueing theory and network applications by: (Electronic resources)

An Introduction to Queueing Theory and Matrix-Analytic Methods by: (Electronic resources)

Fuzzy Control of Queuing Systems by: (Electronic resources)

Rapid modelling for increasing competitiveness = tools and mindset / by: (Electronic resources)

Retrial queueing systems = a computational approach / by: (Electronic resources)

Subjects

Math Applications in Computer Science.

Computer Communication Networks.

Probability Theory and Stochastic Processes.

Data transmission systems- Mathematical models.

Signal theory (Telecommunication)

Multiple access protocols (Computer network protocols)

Complexity.

Computer Systems Organization and Communication Networks.

Computer networks- Evaluation.

Information Systems Applications (incl.Internet)

Artificial Intelligence (incl. Robotics)

Queuing theory.

Computer systems- Evaluation.

Mathematics.

Operations research.

Reservation systems.

Simulation and Modeling.

Operations Research, Mathematical Programming.

Operations Research/Decision Theory.

Automatic control.

Engineering.

Network performance (Telecommunication)

Statistics.

Engineering Economics, Organization, Logistics, Marketing.

Computational Science and Engineering.

Operations Research, Management Science.

Soft computing.

Production/Logistics.

Computer networks.

Telecommunication- Traffic.

Fuzzy systems.

Industrial and Production Engineering.

Models and Principles.

Algebra.

Performance and Reliability.

Statistics

Control Engineering.

Electronic and Computer Engineering.

Telecommunication systems.

Stochastic processes.

Mathematical Modeling and Industrial Mathematics.

Markov processes.

Iterative methods (Mathematics)

System Performance and Evaluation.

Communications Engineering, Networks.

Applications of Mathematics.

Stochastic models.

Computer Science.

Information and Communication, Circuits.

Statistics for Business/Economics/Mathematical Finance/Insurance.

Probability and Statistics in Computer Science.

Telecommunication- Mathematics.