Abstract: In the present paper a simple stochastic model of bureaucratic corruption is proposed. This model is based on the assumption that corruptional deals can be described as realizations of some random process on the graph, which defines the structure of pairwise connections between actors. By applying standard probabilistic techniques and arguments exact solutions for dimensionless corruption level, the main characteristic of the model, are obtained. Existence of stable communities of corrupted actors in the suggested model is investigated; dependence of probability of giant corruptional cluster emergence on basic model parameters is derived.Note: Research direction:Mathematical modelling in actual problems of scie...
Previous investigations on the topic of corruption tend to fall into one of these four classes: firs...
This paper develops a game-theoretic model of “petty corruption”by government o ¢ cials. Such corrup...
Previous investigations on the topic of corruption tend to fall into one of these four classes: firs...
Abstract: Simulation model of corruption in hierarchical structures which takes into accou...
In this investigation, we developed a deterministic SCHRS mathematical model of corruption transmiss...
This material attempts to analyze the existing economic and mathematical models for taking into acco...
We study bureaucratic corruption in a model in which a constituency sets required levels for a given...
We study bureaucratic corruption in a model in which a constituency sets required levels for a given...
Abstract: Geometrical aspects of one simulation model of corruption in hierarchical system...
The proposed approach allows comparing strategies of struggle against corruption in hierarchies of a...
We analyze bureaucracy and corruption in a market with decentralized exchange and “lemons. ” Exchang...
This paper introduces the Corruption Emergence Model (CE Model), an artificial society-based simulat...
In this paper, a nonlinear deterministic model for the dynamics of corruption is proposed and analys...
We study corruption as a generalized epidemic process on the graph of social relationships. The main...
This paper introduces the Corruption Emergence Model (CE Model), an artificial society-based simulat...
Previous investigations on the topic of corruption tend to fall into one of these four classes: firs...
This paper develops a game-theoretic model of “petty corruption”by government o ¢ cials. Such corrup...
Previous investigations on the topic of corruption tend to fall into one of these four classes: firs...
Abstract: Simulation model of corruption in hierarchical structures which takes into accou...
In this investigation, we developed a deterministic SCHRS mathematical model of corruption transmiss...
This material attempts to analyze the existing economic and mathematical models for taking into acco...
We study bureaucratic corruption in a model in which a constituency sets required levels for a given...
We study bureaucratic corruption in a model in which a constituency sets required levels for a given...
Abstract: Geometrical aspects of one simulation model of corruption in hierarchical system...
The proposed approach allows comparing strategies of struggle against corruption in hierarchies of a...
We analyze bureaucracy and corruption in a market with decentralized exchange and “lemons. ” Exchang...
This paper introduces the Corruption Emergence Model (CE Model), an artificial society-based simulat...
In this paper, a nonlinear deterministic model for the dynamics of corruption is proposed and analys...
We study corruption as a generalized epidemic process on the graph of social relationships. The main...
This paper introduces the Corruption Emergence Model (CE Model), an artificial society-based simulat...
Previous investigations on the topic of corruption tend to fall into one of these four classes: firs...
This paper develops a game-theoretic model of “petty corruption”by government o ¢ cials. Such corrup...
Previous investigations on the topic of corruption tend to fall into one of these four classes: firs...