Abstract
Several objectives that service providers have to achieve are to determine the increase or decrease in the price change due to the change in service quality and the amount of service quality value. Multi-service wireless Internet pricing schemes that apply the quality of the bandwidth advantage are designed to take into account the need of ISPs to provide high-quality services to users and increase their revenue, considering the limited bandwidth of the resources. The modified model is an improvement of the original model by adding variables and parameters to the multiple service network model by specifying the base price for QoS (alpha) and premium quality (β) as variables, parameters, and service class load factor, Pregnancy basis factor and differentiation factor. The models are solved by the program Lingo 18.0 to get the best solution. The results prove that the modified model is the best and yields the best profit for the service provider when the cost of all changes in quality of service is increased and the variable α and β is set as constant or variable.
Highlights
The Internet plays a big role in developing the economy and is seen as an important catalyst for restructuring business activities [1]
In this paper [22], we present multi-service wireless single network incentive pricing scheme based on the bandwidth attribute
The results will be compared between our pricing scheme in wireless network with bandwidth attribute, the original model [22] and a model that has been developed in wireless network with the attribute of bandwidth [17], all results will be shown in the tables presented in the results section
Summary
The Internet plays a big role in developing the economy and is seen as an important catalyst for restructuring business activities [1]. The author in [16] improved the Bundle Pricing model in the wireless internet model on the multiple QoS network by integrating the quasi-linear utility function with the bundle problem and the consumer problem They concluded that the best solution is in the feature of Bit Error Rate on the flat fee and two-part tariff internet pricing scheme. The author in [17] discussed a wireless pricing scheme on a multi-category single link models with the bandwidth attribute and taking into account the addition of the base value of the price and the variable of quality premium. The author in [18] explained a wireless pricing scheme on a multi-category model with the Bit Error Rate (BER) QoS attribute and taking into account the addition of the base value of the price and the variable of quality premium. The results will be compared between our pricing scheme in wireless network with bandwidth attribute , the original model [22] and a model that has been developed in wireless network with the attribute of bandwidth [17], all results will be shown in the tables presented in the results section
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