A Distributed Computation Model for Marketable Quality and Profitability Considering Unfair Relationship

et al. 2007

SOCA

In this paper, we introduce and evaluate a computing model for enhancing service quality of consumers and increasing profitability of corporations. We discuss the model prediction of the turning and transition period based on data from two different sources. By applying these real data of some leading manufacturing corporations in Japan we analyze the model accuracy. By using the proposed model, the corporation can increase their profit by enhancing the marketable quality. From the analysis, we conclude that even there are some differences between two sources data, the proposed model give a good approximation and prediction of the turning and transition period of Japanese economy.

show abstract

“…The smaller is β 0 value (from 1 to 0) in Eq. (12), the greater is the incremental profit in Eq. (11) (which is equal to a reduction in the total price for any rate of operation).…”

Section: From This Equation We Getmentioning

confidence: 97%

A computing model for enhancing service quality and increasing profitability of corporations: model evaluation based on two different sources data

et al. 2007

SOCA

show abstract

“…( 27), and the standard rate of operation by Eq. ( 28) (Barolli & Fukuda, 2005b). The profitability function where β=E(β) is calculated by Eq.…”

Section: Validity Of Proposed Modelmentioning

confidence: 99%

“…The value of β 0 is obtained by Eq. ( 30) (Barolli et al, 2005b). We consider w=0.75 as the representative case when the profit on the producers' side is greater than the profit on the consumers' side and w=0.25 as the representative case when the profit on consumers' side is greater than the profit on producers' side.…”

mentioning

confidence: 99%

“…We consider w=0.75 as the representative case when the profit on the producers' side is greater than the profit on the consumers' side and w=0.25 as the representative case when the profit on consumers' side is greater than the profit on producers' side. We investigate which is the best parameter among w=0.75, w=0.25, and w=0.5 that reflects better the real economical situation of corporations using the actual data of Table 1 and Table 3 (Barolli et al, 2005b). The candidate, β 0 , of the annual marketable quality indicator with two unfair relations, w's is calculated as shown in Table 4 using Eq.…”

mentioning

confidence: 99%

See 1 more Smart Citation

A Marketable Quality and Profit-ability Model Considering Service Providers and Consumers Relation

International Journal of Business Data Communications and Networking

et al. 2007

In this article, we present a model to evaluate both marketable quality and profitability consid-ering service providers and consumers relation. We use the real values of some leading Japa-nese manufacturing corporations as virtual data of service providers to our proposed model to analyze its accuracy. By analysis, we found that the theoretical and real standard values of the marketable quality indicator for the rate of operation at the break-even point were both 0.6 (that is 60%). This shows that the proposed model has a good approximation. From the fair relation of network providers and consumers, we provided the network pricing guidelines for the maximum profitability while enhancing the marketable quality.

show abstract

Guidelines for Network Service Pricing: An Extended Model Considering Increase of Network Users

Network-Based Information Systems

et al.