author_facet Abe, Takaaki
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author Abe, Takaaki
spellingShingle Abe, Takaaki
Games
Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
Applied Mathematics
Statistics, Probability and Uncertainty
Statistics and Probability
author_sort abe, takaaki
spelling Abe, Takaaki 2073-4336 MDPI AG Applied Mathematics Statistics, Probability and Uncertainty Statistics and Probability http://dx.doi.org/10.3390/g12010014 <jats:p>In this paper, we use a partition function form game to analyze cartel formation among firms in Cournot competition. We assume that a firm obtains a certain cost advantage that allows it to produce goods at a lower unit cost. We show that if the level of the cost advantage is “moderate”, then the firm with the cost advantage leads the cartel formation among the firms. Moreover, if the cost advantage is relatively high, then the formed cartel can also be stable in the sense of the core of a partition function form game. We also show that if the technology for the low-cost production can be copied, then the cost advantage may prevent a cartel from splitting.</jats:p> Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach Games
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title Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
title_unstemmed Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
title_full Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
title_fullStr Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
title_full_unstemmed Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
title_short Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
title_sort cartel formation in cournot competition with asymmetric costs: a partition function approach
topic Applied Mathematics
Statistics, Probability and Uncertainty
Statistics and Probability
url http://dx.doi.org/10.3390/g12010014
publishDate 2021
physical 14
description <jats:p>In this paper, we use a partition function form game to analyze cartel formation among firms in Cournot competition. We assume that a firm obtains a certain cost advantage that allows it to produce goods at a lower unit cost. We show that if the level of the cost advantage is “moderate”, then the firm with the cost advantage leads the cartel formation among the firms. Moreover, if the cost advantage is relatively high, then the formed cartel can also be stable in the sense of the core of a partition function form game. We also show that if the technology for the low-cost production can be copied, then the cost advantage may prevent a cartel from splitting.</jats:p>
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description <jats:p>In this paper, we use a partition function form game to analyze cartel formation among firms in Cournot competition. We assume that a firm obtains a certain cost advantage that allows it to produce goods at a lower unit cost. We show that if the level of the cost advantage is “moderate”, then the firm with the cost advantage leads the cartel formation among the firms. Moreover, if the cost advantage is relatively high, then the formed cartel can also be stable in the sense of the core of a partition function form game. We also show that if the technology for the low-cost production can be copied, then the cost advantage may prevent a cartel from splitting.</jats:p>
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spelling Abe, Takaaki 2073-4336 MDPI AG Applied Mathematics Statistics, Probability and Uncertainty Statistics and Probability http://dx.doi.org/10.3390/g12010014 <jats:p>In this paper, we use a partition function form game to analyze cartel formation among firms in Cournot competition. We assume that a firm obtains a certain cost advantage that allows it to produce goods at a lower unit cost. We show that if the level of the cost advantage is “moderate”, then the firm with the cost advantage leads the cartel formation among the firms. Moreover, if the cost advantage is relatively high, then the formed cartel can also be stable in the sense of the core of a partition function form game. We also show that if the technology for the low-cost production can be copied, then the cost advantage may prevent a cartel from splitting.</jats:p> Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach Games
spellingShingle Abe, Takaaki, Games, Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach, Applied Mathematics, Statistics, Probability and Uncertainty, Statistics and Probability
title Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
title_full Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
title_fullStr Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
title_full_unstemmed Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
title_short Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
title_sort cartel formation in cournot competition with asymmetric costs: a partition function approach
title_unstemmed Cartel Formation in Cournot Competition with Asymmetric Costs: A Partition Function Approach
topic Applied Mathematics, Statistics, Probability and Uncertainty, Statistics and Probability
url http://dx.doi.org/10.3390/g12010014