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Forecasting Butyl Price:A Case of India's Tire Industry


Affiliations
1 Department of Management, Amrita University, Bangalore - 560 035., India
2 School of Management, Presidency University, Bangalore - 560 064., India
     

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In this work, a modest attempt was taken to forecast Butyl prices in setting market prices of tires more accurately because it is an important issue for managers of firms in the tire industry. In this context, two types of models were taken into consideration on the basis of sources of information (i.e. analogous time series or conventional time series). A linear regression model and a Box – Jenkins autoregressive integrated moving average (ARIMA) model were fitted to data on Exxon Butyl price (EBP), Russian Butyl price (RBP), and Crude oil price (RBRTE). Results showed that the ARIMA model was superior to the regression model in case of predicting Butyl prices. Marketing practitioners will benefit from the findings of this work in various aspects such as in setting tire prices more precisely. Moreover, the findings should assist managers in managing inventory costs more accurately. This study showed how a significant improvement can be achieved at a much lower cost and with a much lesser effort for forecasting Butyl prices in case of the tire industry.

Keywords

Butyl, Prices, ARIMA, Regression, Prediction.
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  • Forecasting Butyl Price:A Case of India's Tire Industry

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Authors

Mehir Kumar Baidya
Department of Management, Amrita University, Bangalore - 560 035., India
Bipasha Maity
School of Management, Presidency University, Bangalore - 560 064., India
P. Srinivasan
School of Management, Presidency University, Bangalore - 560 064., India

Abstract


In this work, a modest attempt was taken to forecast Butyl prices in setting market prices of tires more accurately because it is an important issue for managers of firms in the tire industry. In this context, two types of models were taken into consideration on the basis of sources of information (i.e. analogous time series or conventional time series). A linear regression model and a Box – Jenkins autoregressive integrated moving average (ARIMA) model were fitted to data on Exxon Butyl price (EBP), Russian Butyl price (RBP), and Crude oil price (RBRTE). Results showed that the ARIMA model was superior to the regression model in case of predicting Butyl prices. Marketing practitioners will benefit from the findings of this work in various aspects such as in setting tire prices more precisely. Moreover, the findings should assist managers in managing inventory costs more accurately. This study showed how a significant improvement can be achieved at a much lower cost and with a much lesser effort for forecasting Butyl prices in case of the tire industry.

Keywords


Butyl, Prices, ARIMA, Regression, Prediction.

References





DOI: https://doi.org/10.17010/ijom%2F2020%2Fv50%2Fi8-9%2F154688