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The Experts below are selected from a list of 33 Experts worldwide ranked by ideXlab platform

Xavier Lagrange - One of the best experts on this subject based on the ideXlab platform.

  • CCNC - Cost factor analysis of QoS in LTE/EPC mobile networks
    2016 13th IEEE Annual Consumer Communications & Networking Conference (CCNC), 2016
    Co-Authors: William Diego, Isabelle Hamchaoui, Xavier Lagrange
    Abstract:

    Apart from its tremendous enhanced transfer performances, the LTE/EPC mobile network is intended to distinguish itself from previous mobile technologies as an all-IP system. Nevertheless, far from usual IP QoS management policies, its QoS model inherits many characteristics of circuit oriented model of legacy standards. Additional signalling procedures are required in order to establish an end-to-end Dedicated Bearer for each desired QoS level. A major issue of this QoS model is the management load related to contexts and Bearers established by each user equipment. This paper proposes an analytical model to evaluate the impact of this standard QoS model in terms of Context Load, Processing Load and Memory Access Rate in various LTE/EPC network elements. Simulation results are then presented to evaluate the impact of different realistic scenarios of QoS deployment.

  • Cost factor analysis of QoS in LTE/EPC mobile networks
    2016 13th IEEE Annual Consumer Communications & Networking Conference (CCNC), 2016
    Co-Authors: William Diego, Isabelle Hamchaoui, Xavier Lagrange
    Abstract:

    Apart from its tremendous enhanced transfer performances, the LTE/EPC mobile network is intended to distinguish itself from previous mobile technologies as an all-IP system. Nevertheless, far from usual IP QoS management policies, its QoS model inherits many characteristics of circuit oriented model of legacy standards. Additional signalling procedures are required in order to establish an end-to-end Dedicated Bearer for each desired QoS level. A major issue of this QoS model is the management load related to contexts and Bearers established by each user equipment. This paper proposes an analytical model to evaluate the impact of this standard QoS model in terms of Context Load, Processing Load and Memory Access Rate in various LTE/EPC network elements. Simulation results are then presented to evaluate the impact of different realistic scenarios of QoS deployment.

  • The Cost of QoS in LTE/EPC Mobile Networks Evaluation of Processing Load
    2015
    Co-Authors: William David Diego Maza, Isabelle Hamchaoui, Xavier Lagrange
    Abstract:

    LTE/EPC is an all-IP mobile system which provides higher data rates and lower latency. Nevertheless guaranteeing the QoS is a real challenge since the LTE/EPC QoS model inherits many characteristics of circuit oriented legacy standards. Contrary to usual QoS models of the fixed internet (IP networks), additional signalling procedures are required in order to establish a Dedicated Bearer for each desired QoS level. This paper introduces an analytical model to evaluate the impact of such a QoS model in terms of Processing Load. Simulation results are then presented to evaluate the impact of different scenarios of QoS deployment.

  • VTC Fall - The Cost of QoS in LTE/EPC Mobile Networks Evaluation of Processing Load
    2015 IEEE 82nd Vehicular Technology Conference (VTC2015-Fall), 2015
    Co-Authors: William Diego, Isabelle Hamchaoui, Xavier Lagrange
    Abstract:

    LTE/EPC is an all-IP mobile system which provides higher data rates and lower latency. Nevertheless guaranteeing the QoS is a real challenge since the LTE/EPC QoS model inherits many characteristics of circuit oriented legacy standards. Contrary to usual QoS models of the fixed internet (IP networks), additional signalling procedures are required in order to establish a Dedicated Bearer for each desired QoS level. This paper introduces an analytical model to evaluate the impact of such a QoS model in terms of Processing Load. Simulation results are then presented to evaluate the impact of different scenarios of QoS deployment.

William Diego - One of the best experts on this subject based on the ideXlab platform.

  • CCNC - Cost factor analysis of QoS in LTE/EPC mobile networks
    2016 13th IEEE Annual Consumer Communications & Networking Conference (CCNC), 2016
    Co-Authors: William Diego, Isabelle Hamchaoui, Xavier Lagrange
    Abstract:

    Apart from its tremendous enhanced transfer performances, the LTE/EPC mobile network is intended to distinguish itself from previous mobile technologies as an all-IP system. Nevertheless, far from usual IP QoS management policies, its QoS model inherits many characteristics of circuit oriented model of legacy standards. Additional signalling procedures are required in order to establish an end-to-end Dedicated Bearer for each desired QoS level. A major issue of this QoS model is the management load related to contexts and Bearers established by each user equipment. This paper proposes an analytical model to evaluate the impact of this standard QoS model in terms of Context Load, Processing Load and Memory Access Rate in various LTE/EPC network elements. Simulation results are then presented to evaluate the impact of different realistic scenarios of QoS deployment.

  • Cost factor analysis of QoS in LTE/EPC mobile networks
    2016 13th IEEE Annual Consumer Communications & Networking Conference (CCNC), 2016
    Co-Authors: William Diego, Isabelle Hamchaoui, Xavier Lagrange
    Abstract:

    Apart from its tremendous enhanced transfer performances, the LTE/EPC mobile network is intended to distinguish itself from previous mobile technologies as an all-IP system. Nevertheless, far from usual IP QoS management policies, its QoS model inherits many characteristics of circuit oriented model of legacy standards. Additional signalling procedures are required in order to establish an end-to-end Dedicated Bearer for each desired QoS level. A major issue of this QoS model is the management load related to contexts and Bearers established by each user equipment. This paper proposes an analytical model to evaluate the impact of this standard QoS model in terms of Context Load, Processing Load and Memory Access Rate in various LTE/EPC network elements. Simulation results are then presented to evaluate the impact of different realistic scenarios of QoS deployment.

  • VTC Fall - The Cost of QoS in LTE/EPC Mobile Networks Evaluation of Processing Load
    2015 IEEE 82nd Vehicular Technology Conference (VTC2015-Fall), 2015
    Co-Authors: William Diego, Isabelle Hamchaoui, Xavier Lagrange
    Abstract:

    LTE/EPC is an all-IP mobile system which provides higher data rates and lower latency. Nevertheless guaranteeing the QoS is a real challenge since the LTE/EPC QoS model inherits many characteristics of circuit oriented legacy standards. Contrary to usual QoS models of the fixed internet (IP networks), additional signalling procedures are required in order to establish a Dedicated Bearer for each desired QoS level. This paper introduces an analytical model to evaluate the impact of such a QoS model in terms of Processing Load. Simulation results are then presented to evaluate the impact of different scenarios of QoS deployment.

Lagrange Xavier - One of the best experts on this subject based on the ideXlab platform.

  • Cost Factor Analysis of QoS in LTE/EPC Mobile Networks
    'Institute of Electrical and Electronics Engineers (IEEE)', 2016
    Co-Authors: Diego Maza, William David, Hamchaoui Isabelle, Lagrange Xavier
    Abstract:

    International audienceApart from its tremendous enhanced transfer performances, the LTE/EPC mobile network is intended to distinguish itself from previous mobile technologies as an all-IP system. Nevertheless, far from usual IP QoS management policies, its QoS model inherits many characteristics of circuit oriented model of legacy standards. Additional signalling procedures are required in order to establish an end-to-end Dedicated Bearer for each desired QoS level. A major issue of this QoS model is the management load related to contexts and Bearers established by each user equipment. This paper proposes an analytical model to evaluate the impact of this standard QoS model in terms of Context Load, Processing Load and Memory Access Rate in various LTE/EPC network elements. Simulation results are then presented to evaluate the impact of different realistic scenarios of QoS deployment

  • The Cost of QoS in LTE/EPC Mobile Networks Evaluation of Processing Load
    'Institute of Electrical and Electronics Engineers (IEEE)', 2015
    Co-Authors: Diego Maza, William David, Hamchaoui Isabelle, Lagrange Xavier
    Abstract:

    International audienceLTE/EPC is an all-IP mobile system which provides higher data rates and lower latency. Nevertheless guaranteeing the QoS is a real challenge since the LTE/EPC QoS model inherits many characteristics of circuit oriented legacy standards. Contrary to usual QoS models of the fixed internet (IP networks), additional signalling procedures are required in order to establish a Dedicated Bearer for each desired QoS level. This paper introduces an analytical model to evaluate the impact of such a QoS model in terms of Processing Load. Simulation results are then presented to evaluate the impact of different scenarios of QoS deployment

Isabelle Hamchaoui - One of the best experts on this subject based on the ideXlab platform.

  • CCNC - Cost factor analysis of QoS in LTE/EPC mobile networks
    2016 13th IEEE Annual Consumer Communications & Networking Conference (CCNC), 2016
    Co-Authors: William Diego, Isabelle Hamchaoui, Xavier Lagrange
    Abstract:

    Apart from its tremendous enhanced transfer performances, the LTE/EPC mobile network is intended to distinguish itself from previous mobile technologies as an all-IP system. Nevertheless, far from usual IP QoS management policies, its QoS model inherits many characteristics of circuit oriented model of legacy standards. Additional signalling procedures are required in order to establish an end-to-end Dedicated Bearer for each desired QoS level. A major issue of this QoS model is the management load related to contexts and Bearers established by each user equipment. This paper proposes an analytical model to evaluate the impact of this standard QoS model in terms of Context Load, Processing Load and Memory Access Rate in various LTE/EPC network elements. Simulation results are then presented to evaluate the impact of different realistic scenarios of QoS deployment.

  • Cost factor analysis of QoS in LTE/EPC mobile networks
    2016 13th IEEE Annual Consumer Communications & Networking Conference (CCNC), 2016
    Co-Authors: William Diego, Isabelle Hamchaoui, Xavier Lagrange
    Abstract:

    Apart from its tremendous enhanced transfer performances, the LTE/EPC mobile network is intended to distinguish itself from previous mobile technologies as an all-IP system. Nevertheless, far from usual IP QoS management policies, its QoS model inherits many characteristics of circuit oriented model of legacy standards. Additional signalling procedures are required in order to establish an end-to-end Dedicated Bearer for each desired QoS level. A major issue of this QoS model is the management load related to contexts and Bearers established by each user equipment. This paper proposes an analytical model to evaluate the impact of this standard QoS model in terms of Context Load, Processing Load and Memory Access Rate in various LTE/EPC network elements. Simulation results are then presented to evaluate the impact of different realistic scenarios of QoS deployment.

  • The Cost of QoS in LTE/EPC Mobile Networks Evaluation of Processing Load
    2015
    Co-Authors: William David Diego Maza, Isabelle Hamchaoui, Xavier Lagrange
    Abstract:

    LTE/EPC is an all-IP mobile system which provides higher data rates and lower latency. Nevertheless guaranteeing the QoS is a real challenge since the LTE/EPC QoS model inherits many characteristics of circuit oriented legacy standards. Contrary to usual QoS models of the fixed internet (IP networks), additional signalling procedures are required in order to establish a Dedicated Bearer for each desired QoS level. This paper introduces an analytical model to evaluate the impact of such a QoS model in terms of Processing Load. Simulation results are then presented to evaluate the impact of different scenarios of QoS deployment.

  • VTC Fall - The Cost of QoS in LTE/EPC Mobile Networks Evaluation of Processing Load
    2015 IEEE 82nd Vehicular Technology Conference (VTC2015-Fall), 2015
    Co-Authors: William Diego, Isabelle Hamchaoui, Xavier Lagrange
    Abstract:

    LTE/EPC is an all-IP mobile system which provides higher data rates and lower latency. Nevertheless guaranteeing the QoS is a real challenge since the LTE/EPC QoS model inherits many characteristics of circuit oriented legacy standards. Contrary to usual QoS models of the fixed internet (IP networks), additional signalling procedures are required in order to establish a Dedicated Bearer for each desired QoS level. This paper introduces an analytical model to evaluate the impact of such a QoS model in terms of Processing Load. Simulation results are then presented to evaluate the impact of different scenarios of QoS deployment.

Diego Maza, William David - One of the best experts on this subject based on the ideXlab platform.

  • Cost Factor Analysis of QoS in LTE/EPC Mobile Networks
    'Institute of Electrical and Electronics Engineers (IEEE)', 2016
    Co-Authors: Diego Maza, William David, Hamchaoui Isabelle, Lagrange Xavier
    Abstract:

    International audienceApart from its tremendous enhanced transfer performances, the LTE/EPC mobile network is intended to distinguish itself from previous mobile technologies as an all-IP system. Nevertheless, far from usual IP QoS management policies, its QoS model inherits many characteristics of circuit oriented model of legacy standards. Additional signalling procedures are required in order to establish an end-to-end Dedicated Bearer for each desired QoS level. A major issue of this QoS model is the management load related to contexts and Bearers established by each user equipment. This paper proposes an analytical model to evaluate the impact of this standard QoS model in terms of Context Load, Processing Load and Memory Access Rate in various LTE/EPC network elements. Simulation results are then presented to evaluate the impact of different realistic scenarios of QoS deployment

  • The Cost of QoS in LTE/EPC Mobile Networks Evaluation of Processing Load
    'Institute of Electrical and Electronics Engineers (IEEE)', 2015
    Co-Authors: Diego Maza, William David, Hamchaoui Isabelle, Lagrange Xavier
    Abstract:

    International audienceLTE/EPC is an all-IP mobile system which provides higher data rates and lower latency. Nevertheless guaranteeing the QoS is a real challenge since the LTE/EPC QoS model inherits many characteristics of circuit oriented legacy standards. Contrary to usual QoS models of the fixed internet (IP networks), additional signalling procedures are required in order to establish a Dedicated Bearer for each desired QoS level. This paper introduces an analytical model to evaluate the impact of such a QoS model in terms of Processing Load. Simulation results are then presented to evaluate the impact of different scenarios of QoS deployment

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