Find the set of matchings in the core

Reference no: EM131252941

Spatial preferences in roommate problem:-

An even number of people have to be split into pairs. Each person's characteristic is a number; no two characteristics are the same.

Each person would like to have a roommate whose characteristic is as close as possible to her own, and prefers to be matched with the most remote partner to remaining single. Find the set of matchings in the core.

Reference no: EM131252941

Questions Cloud

Find the probability of team a winning a seven-game series : Write pseudocode of the dynamic programming algorithm for solving this problem and determine its time and space efficiencies.

Describe the process of entering an organizational system : Describe the process of entering an organizational system from an internal OD practitioner's perspective. Describe an effective diagnostic model at the organization-level. Discuss its major inputs, outputs and strategic orientation

What is a principal difference between them : . What does dynamic programming have in common with divide-and-conquer? What is a principal difference between them?

Why it is critical for employees to have cultural training : Select a country where you could perform a foreign work assignment. Explain and discuss why it is critical for employees (and their families) to have cultural training beforeembarking on an overseas assignment.

Find the set of matchings in the core : An even number of people have to be split into pairs. Each person's characteristic is a number; no two characteristics are the same. - Find the set of matchings in the core.

How to maximize the manufacturer profit : Determine how to maximize the manufacturer's profit. If either of the products is not produced in the optimal solution, use SolverTable to see how much this product's unit profit must be before it will be produced, and then use SolverTable again t..

Show that the time efficiency of solving coin-row problem : Apply the dynamic programming algorithm to find all the solutions to the change-making problem for the denominations 1, 3, 5 and the amount n = 9.

Find the mixed strategy nash equilibria of the game : Show that there is no pure strategy Nash equilibrium of this game in which player 1 chooses S. - Find the mixed strategy Nash equilibria of the game.

How many optimal paths are there for this board : Apply your algorithm to the board below, where the inaccessible cells are shown by X's. How many optimal paths are there for this board?

User Account

All Pages