Simulation model, Mathematics

Thorwarth M., Arisha, A. and Harper P., (2009) Simulation model to investigate flexible workload management for healthcare and servicescape environment, Proceedings of the 2009 Winter Simulation Conference

a.  Summarise this article to one page.

b.  Develop a simplified version of the simulation model in the paper. Describe the headings that would be used to produce the required output from the paper.

2.  Cohen, M.D., March, J.G., and Olsen, J.F., (1972) A Garbage Can Model of Organizational Choice, Administrative science quarterly, 

a.  Summarise this article to one page.

b.  Develop a decision tree based on this paper from the perspective of decision structure, energy distribution, decision style, importance of problem, entry times and net energy load.  Clearly distinguish between decision nodes and chance (state of nature) nodes.  

3.  Cezik M.T. and L'Ecuyer P., (2008) Staffing Multiskill Call Centers via Linear Programming and Simulation, Management Science, Vol. 54, No. 2, pp. 310-323.

a.  Summarise this article to one page.

b.  Outline a linear programming problem based on this article.  Decision variables and resources should be identified, an objective function and constraints on the resources detailed.

Posted Date: 3/11/2013 3:34:13 AM | Location : United States







Related Discussions:- Simulation model, Assignment Help, Ask Question on Simulation model, Get Answer, Expert's Help, Simulation model Discussions

Write discussion on Simulation model
Your posts are moderated
Related Questions
what is the muttiplied number of mutttiplacation called

A baseball card was worth $5.00 in 1940. It doubled in value every decade. How much was it worth in 2000?

What was last years salary if after a 3% increase the salary is 35,020?


trigonometric ratios of sum and difference of two angles

how to solve algebra



a) Specify that a tree has at least 2 vertices of degree 1.                               b) What is the largest number of vertices in a graph with 35 edges if all vertices are

Integrate following. ∫ -2   2 4x 4 - x 2   + 1dx Solution In this case the integrand is even & the interval is accurate so, ∫ -2   2 4x 4 - x 2   + 1dx = 2∫ o