Pareto efficient definition

Pareto efficient means that it is im- possible to make one person better off without making another one worse off.

Examples of Pareto efficient in a sentence

  • We identify conditions under which there always exists a unique set of farsighted stable IEAs. The new farsighted IEAs can be much larger than those some of the previous models supported but are not always Pareto efficient.

  • E-mail: • low time discounting and a short detection lag combined with a small number of countries contribute to the feasibility of a Pareto- efficient agreement, with full participation and efficient depth, • high time discounting and a long detection lag combined with a large number of countries undermine the feasibility of Pareto- efficient depth of cooperation.

  • Only the highest consumer type gets his/her Pareto- efficient quantity, others are under-served.

  • The set of all Pareto efficient allocations is found by solving the following social planner problem for all possible welfare weights cj:fi J œ Σ cj j=fi Σt=O S Σ Øt s =fi u(sst)Us Σcj(sst)Σ subject to t s=fi fi We typically assume that ΣN cs = fi.

  • However, as will be shown below, the set of GPO consumption time-profiles includes just one consumption time-profile that is Pareto efficient – the rest are not.

  • This platform also allows integration of new negotiation agents and it can compare an outcome of negotiation with some optimal strategies such as the ones which lead to a Pareto efficient outcome.

  • This assumption implies that the bargaining solution is Pareto efficient.

  • This means that, unlike a subgame-perfect cooperative agreement proposed in this paper, the GPO consumption time-profiles that can be supported as trigger strategy equilibria may not be Pareto efficient.

  • The COP meetings are venues that should be understood as attempts to build trust and solidarity among nations, so a cooperative solution that is Pareto efficient can be achieved (▇▇▇▇▇▇▇ and ▇▇▇▇▇▇ 2016).

  • To prove that the equilibrium is a Pareto efficient outcome we first derive the first order conditions for Pareto efficiency, which are then being compared with (fifia) and (fifib).