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Who Bears an Employee’s Special Annual Payment?

  • Tobias Hiller EMAIL logo
Veröffentlicht/Copyright: 25. Februar 2020
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Abstract

In this note, we analyze the question of who bears an employee’s special annual payment if different external funders pay an employee’s wages over the course of a year. To answer this question, we provide a legal argument and use cooperative game theory.

JEL Classification: C71; K31

Acknowledgements

We thank Melanie Welz, Silvia Böhm and Susanne Zerjatke for helpful discussions. In addition, we are grateful to an anonymous referee for comments on this paper.

Shapley payoffs

We exemplify the determination of the Shapley payoffs in Section 3 by the payoff of month September. In general, 12 positions are possible in the rank orders of the months. All positions are equally probable. We calculate the marginal contribution for September at each position. For example, we look at the marginal contribution at Position 4:

118211313x412+11218111323x41213x312+1122113x41223x312.

With probability 1182113 December and two months from Z are in front of September. Their worth is zero. Together with September, they obtain 13x412. The second marginal contribution has the probability 112181113. Now, December, one month from Z and one month from I are in front of September. They obtain a worth of 13x312. Together with September, they obtain a worth of 23x412. In the last constellation for the fourth position, July, August, and December are in front of September (probability 1122113). The marginal contribution is x41223x312. For the other positions, the marginal contributions (at position 1, the marginal contribution is zero) are as follows:

Position 2

1111113x212

Position 3

118111213x312+112111223x31213x212

Position 5

118311413x512+11218211423x51213x412+112281114x51223x412

Position 6

118411513x612+11218311523x61213x512+112282115x61223x512

Position 7

118511613x712+11218411623x71213x612+112283116x71223x612

Position 8

118611713x812+11218511723x81213x712+112284117x81223x712

Position 9

118711813x912+11218611823x91213x812+112285118x91223x812

Position 10

118811913x1012+11218711923x101213x912+112286119x101223x912

Position 11

112188111023x111213x1012+1122871110x111223x1012

Position 12

1122881111x121223x1112

Summing up the marginal contributions and weighting them by 112 gives the Shapley payoff.

Banzhaf payoffs

To calculate the Banzhaf payoffs, we use the Shapley considerations. Again, we consider each position of a player and calculate the marginal contributions to all coalitions. For September, at position 4, we obtain:

118213x412+11218123x41213x312+1122x41223x312=112x.

There are 1182=28 possible coalitions with December together with one month from Z, for example. Joining these coalitions, the marginal contribution is 13x412. Summing up the marginal contributions and multiplying the sums by 12121=12048 yields:

BziN,v=148x,iZBzjN,v=19x,jIBz12N,v=724x.

Owen payoffs

We exemplify the calculations for PA and September. At position 4, we obtain:

121511224313x412+1111214323x41213x312=7720x

With probability 1215, September is at position 4. With probability 112243, December, October and November are in front of September. The coalition with September is worth 13x412. With probability 11112143, December, August and October or November are in front of September. The marginal contribution is 23x41213x312. For the other positions, we have:

Position 2

1215114113x212=1720x

Position 3

121511214213x312+11114223x31213x212=1216x

Position 5

12151111224423x51213x412=160x

Positions 6 and 7 not possible

Position 8

0

Position 9

1215114123x91213x812=1144x

Position 10

121511214223x101213x912+111142x101223x912=171080x

Position 11

121511224323x111213x1012+11112143x111223x1012=19720x

Position 12

121511112244x121223x1112=7180x

Summing up gives the Owen payoff.

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Published Online: 2020-02-25

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Heruntergeladen am 19.11.2025 von https://www.degruyterbrill.com/document/doi/10.1515/rle-2019-0022/pdf?lang=de
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