We present an inverse demand that can be estimated in a linear form. The model is derived from a specification of the distance function which is parametrically similar to the cost function underlying the Almost Ideal Demand System. Simulation results suggest that this linear inverse demand system has good approximation properties
We investigate how to theoretically and empirically measure pre-committed quantities through price f...
A new model of consumer preferences is introduced. It is appropriate for modeling perishable commodi...
In this paper we introduce inverse demand systems that include quadratic scale terms. These systems...
We present an inverse demand that can be estimated in a linear form. The model is derived from a spe...
We present an inverse demand system that can be estimated in a linear form. The model is derived fro...
To allow realistic policy simulations in a changing environment, inverse demand systems must remain ...
To be useful for realistic policy simulation in an environment of rapid structural change, inverse d...
To be useful for realistic policy simulation in an environment of rapid structural change, inverse d...
To be useful for policy simulation in the current climate of rapid structural change, inverse demand...
In this paper, a quadratic inverse (almost ideal) demand system (IQUAIDS) is derived, that generaliz...
A new demand system, related to the Almost Ideal Demand System (AIDS) of Deaton and Muellbauer, is d...
We derive a (quadratic) inverse demand system (IQUAIDS), that generalizes the (almost ideal) inverse...
We propose a new inverse demand system, the normalized quadratic distance function, which is similar...
Our purpose is to investigate the ability of different parametric forms to ‘correctly ’ estimate con...
A new model of consumer preferences is introduced. It is appropriate for modeling perishable commod...
We investigate how to theoretically and empirically measure pre-committed quantities through price f...
A new model of consumer preferences is introduced. It is appropriate for modeling perishable commodi...
In this paper we introduce inverse demand systems that include quadratic scale terms. These systems...
We present an inverse demand that can be estimated in a linear form. The model is derived from a spe...
We present an inverse demand system that can be estimated in a linear form. The model is derived fro...
To allow realistic policy simulations in a changing environment, inverse demand systems must remain ...
To be useful for realistic policy simulation in an environment of rapid structural change, inverse d...
To be useful for realistic policy simulation in an environment of rapid structural change, inverse d...
To be useful for policy simulation in the current climate of rapid structural change, inverse demand...
In this paper, a quadratic inverse (almost ideal) demand system (IQUAIDS) is derived, that generaliz...
A new demand system, related to the Almost Ideal Demand System (AIDS) of Deaton and Muellbauer, is d...
We derive a (quadratic) inverse demand system (IQUAIDS), that generalizes the (almost ideal) inverse...
We propose a new inverse demand system, the normalized quadratic distance function, which is similar...
Our purpose is to investigate the ability of different parametric forms to ‘correctly ’ estimate con...
A new model of consumer preferences is introduced. It is appropriate for modeling perishable commod...
We investigate how to theoretically and empirically measure pre-committed quantities through price f...
A new model of consumer preferences is introduced. It is appropriate for modeling perishable commodi...
In this paper we introduce inverse demand systems that include quadratic scale terms. These systems...
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