In this paper I investigate the properties of social welfare functions defined on domains where the preferences of one agent remain fixed. Such a domain is a degenerate case of those investigated, and proved Arrow consistent, by Sakai and Shimoji (Soc Choice Welf 26(3):435–445, 2006). Thus, they admit functions from them to a social preference that satisfy Arrow’s conditions of Weak Pareto, Independence of Irrelevant Alternatives, and Non-dictatorship. However, I prove that according to any function that satisfies these conditions on such a domain, for any triple of alternatives, if the agent with the fixed preferences does not determine the social preference on any pair of them, then some other agent determines the social preference on the...
This article investigates the representative-agent hypothesis for an infinite population which has t...
We show, with an example, that the theorem on the characterization of domains admitting strategy-pro...
In spatial environments, we consider social welfare functions satisfying Arrow's requirements. i.e.,...
In this paper I investigate the properties of social welfare functions defined on domains where the ...
This paper examines the implications for social welfare functions of restricting the domain of indiv...
In a setting where agents have quasi-linear utilities over social alternatives and a transferable co...
This version: August 9, 2008In an infinite-horizon setting, Ferejohn and Page showed that Arrow's ax...
Arrow’s theorem implies that a social welfare function satisfying Transitivity, the Weak Pareto Prin...
Arrow’s theorem implies that a social welfare function satisfying Transitivity, the Weak Pareto Prin...
This paper discusses both social welfare and social choice using Arrow’s impossibility theorem for m...
This paper examines the implications for social welfare functions of restricting the domain of indiv...
In this paper we provide a sufficient condition for a social welfare relation to be a social decisio...
The purpose of a social choice rule is to resolve conflicts among the preferences of a group of indi...
In spatial environments we consider social welfare functions satisfying Arrow’s requirements, i.e. w...
In the line opened by Kalai and Muller (J Econ Theory 16:457–469, 1977), we explore new conditions o...
This article investigates the representative-agent hypothesis for an infinite population which has t...
We show, with an example, that the theorem on the characterization of domains admitting strategy-pro...
In spatial environments, we consider social welfare functions satisfying Arrow's requirements. i.e.,...
In this paper I investigate the properties of social welfare functions defined on domains where the ...
This paper examines the implications for social welfare functions of restricting the domain of indiv...
In a setting where agents have quasi-linear utilities over social alternatives and a transferable co...
This version: August 9, 2008In an infinite-horizon setting, Ferejohn and Page showed that Arrow's ax...
Arrow’s theorem implies that a social welfare function satisfying Transitivity, the Weak Pareto Prin...
Arrow’s theorem implies that a social welfare function satisfying Transitivity, the Weak Pareto Prin...
This paper discusses both social welfare and social choice using Arrow’s impossibility theorem for m...
This paper examines the implications for social welfare functions of restricting the domain of indiv...
In this paper we provide a sufficient condition for a social welfare relation to be a social decisio...
The purpose of a social choice rule is to resolve conflicts among the preferences of a group of indi...
In spatial environments we consider social welfare functions satisfying Arrow’s requirements, i.e. w...
In the line opened by Kalai and Muller (J Econ Theory 16:457–469, 1977), we explore new conditions o...
This article investigates the representative-agent hypothesis for an infinite population which has t...
We show, with an example, that the theorem on the characterization of domains admitting strategy-pro...
In spatial environments, we consider social welfare functions satisfying Arrow's requirements. i.e.,...