Application of integrated modeling technique for data services resource allocation in atm based private wan

Abstract

bstract bstract bstractComputer simulation modelling has the advantage of flexibility and modelling accuracy. However, it has Computer simulation modelling has the advantage of flexibility and modelling accuracy. However, it has Computer simulation modelling has the advantage of flexibility and modelling accuracy. However, it has Computer simulation modelling has the advantage of flexibility and modelling accuracy. However, it has limitations in its ability to be used to simulate cell loss rate when deriving t limitations in its ability to be used to simulate cell loss rate when deriving t limitations in its ability to be used to simulate cell loss rate when deriving t limitations in its ability to be used to simulate cell loss rate when deriving t required for data services to guarantee specific Quality of Service (QoS) requirement. Cell loss rates are required for data services to guarantee specific Quality of Service (QoS) requirement. Cell loss rates are required for data services to guarantee specific Quality of Service (QoS) requirement. Cell loss rates are required for data services to guarantee specific Quality of Service (QoS) requirement. Cell loss rates are simulated with excessive and unacceptable computer simulation run times. This limitation was overcome simulated with excessive and unacceptable computer simulation run times. This limitation was overcome simulated with excessive and unacceptable computer simulation run times. This limitation was overcome simulated with excessive and unacceptable computer simulation run times. This limitation was overcome in an earlier publication in an earlier publication in an earlier publication in an earlier publication by the author using an integrated simulation technique. This paper, therefore, by the author using an integrated simulation technique. This paper, therefore, by the author using an integrated simulation technique. This paper, therefore, by the author using an integrated simulation technique. This paper, therefore, describes the application of the integrated simulation technique for deriving the optimum resources describes the application of the integrated simulation technique for deriving the optimum resources describes the application of the integrated simulation technique for deriving the optimum resources describes the application of the integrated simulation technique for deriving the optimum resources required for data services in an asynchronous transfer mode (ATM) based priva required for data services in an asynchronous transfer mode (ATM) based priva required for data services in an asynchronous transfer mode (ATM) based priva required for data services in an asynchronous transfer mode (ATM) based priva (WAN) to guarantee specific QoS requirement. The simulation tool drastically cuts the simulation run (WAN) to guarantee specific QoS requirement. The simulation tool drastically cuts the simulation run (WAN) to guarantee specific QoS requirement. The simulation tool drastically cuts the simulation run (WAN) to guarantee specific ...

An Alternative Approach to the Determination of Optimum Reservations for Handover in GSM Networks

“…These parameters will be utilized by the handover The later which involves mathematical analysis is used in this work to model a scheme that could reduce the call drop (handover failure) probability which in turn brings about improved quality of service. It has been shown that computer simulation and modelling has the advantage of ensuring greater flexibility and modelling accuracy [14]. Moreover, the performance of a communication network system revolves around efficient allocation of resources and thus resource allocation is a central issue in this work.…”