FILSAFAT KORUPSI - Direktori File UPI
FILSAFAT KORUPSI - Direktori File UPI
FILSAFAT KORUPSI - Direktori File UPI
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Propositions 1 and 2 showed how social integration can facilitate<br />
coordinated complaints against corrupt officials. To see more clearly<br />
how this will be reflected in transfer frequency, we must return to the<br />
model and allow for incomplete information (so that transfers due to<br />
coordinated complaints will sometimes occur on the path of play).<br />
Model (Incomplete Information)<br />
When faced with a pair of clients, an official does not necessarily know<br />
the nature of the relationship between them. In the context of our<br />
model, officials may not be certain whether two individuals are in fact<br />
members of the same network. So, we will now modify the model of<br />
section 3 by assuming that at the start of a briber‟s dilemma game, the<br />
official receives a signal which indicates whether the clients with whom<br />
he is dealing are members of the same network, and that this signal is<br />
incorrect with probability µ > 0 (as a result, officials will sometimes<br />
make mistakes on the path of play).<br />
11<br />
“(D)epartments take advantage of every procedure to delay inquiries, investi-<br />
gations, and prosecutions . . . [officials have] two codes of conduct, two allegiances<br />
if you will, one to the group of departmental colleagues, the other to the adminis-<br />
tration as a whole.” (Palmier 1985:111-2)<br />
12<br />
Wade (1982:311; 1989:77,95); de Zwart (1994:8,71,130)<br />
22<br />
After the signal is observed, play proceeds as in section 3. First, the<br />
official chooses whether to demand bribes (d), or not (h). If he chooses<br />
h, each client expects to receive, on average, half the rent (<br />
R<br />
2<br />
). If he<br />
chooses d, the two clients (x and y) receive fractions r<br />
x<br />
and (1 − r<br />
x<br />
)<br />
of the rent respectively, where r<br />
x<br />
is given by (1). The clients then<br />
simultaneously choose whether to complain (at a cost c), or bribe the<br />
official, and if they bribe, how much to pay. Simultaneously, they play<br />
the “trade” games within their respective networks. Assume that the<br />
number of networks, N, is common knowledge, and that N ≥ 2.<br />
We continue to assume that the only way the government monitors<br />
officials is by punishing them in response to coordinated complaints<br />
from clients (Assumption 1). We can now interpret this punishment<br />
as a transfer to another post. An official who is transferred suffers a<br />
disutility T.<br />
To see how social integration, corruption, and transfer frequency will<br />
be related in this model, we define the following variables:<br />
Definition. The level of corruption, γ, is the expected proportion of<br />
briber‟s dilemmas in which bribery occurs.<br />
Definition. Transfer frequency, λ, is the expected probability that an<br />
incumbent official is transferred in any period.<br />
Consider the following “linked” strategy for the clients:<br />
• If a member of one‟s own network cheats another member in either<br />
127<br />
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