• Title of article

    Novel Methods For Determining QoS Parameters and Thresholds in End user’s Service Level Agreement

  • Author/Authors

    Efazati ، sara ICT Research Institute (ITRC) , Amerimehr ، Mohammad H. ICT Research Institute (ITRC) , Montazeri ، Ali M. ICT Research Institute (ITRC) , Sabagh ، Mohammad R. ICT Research Institute (ITRC) , Alibeigi ، Maryam ICT Research Institute (ITRC) , Ayazi ، Fattane ICT Research Institute (ITRC)

  • From page
    205
  • To page
    216
  • Abstract
    Service level agreement (SLA) is a powerful tool to formalize the negotiation and agreement between the service provider and service seeker with the scope of service quality characteristics, compensations and tariffs. The service quality description is one the main parts of a SLA which can be characterized by the use of suitable and feasible quality of service (QoS) parameters. Determining suitable QoSparameters is the most important step in SLA codification. In this paper, we propose a novel method for determining the most related QoS parameters for characterizing the service quality in a SLA. The proposed method is a step-by-step algorithm which is based on selecting feasible parameters among a general initial list obtained from international references. The criteria for feasibility are perceivability and measurability from the end user’s viewpoint. Our method is general and can be applied to each service. We also leverage on clustering algorithm to prioritize the feasible QoS parameters according to their popularity in international studies. Finally, we propose a statistical method to determine the threshold for the feasible parameters. We provide an interval for each threshold. We show the steps of our proposed methods via a case study as the final part of the paper.
  • Keywords
    Service level agreement , Quality of service , QoS parameters , k , mean clustering algorithm
  • Journal title
    Amirkabir International Journal of Electrical and Electronics Engineering
  • Journal title
    Amirkabir International Journal of Electrical and Electronics Engineering
  • Record number

    2626184