Ask Question, Ask an Expert

+61-413 786 465

info@mywordsolution.com

Ask Other Engineering Expert

Questions:

Q1) Suggest an example of a decision from your own experience which you feel is best treated as a decision without probabilities. What principle of choice would seem appropriate?

Q2) In formulating a view of a decision, how can we handle the feelings we nave about probabilities which are not supported by objective relative frequency evidence? What is meant by "complete ignorance of the probabilities of the possible futures"?

Q3) Comment on the following argument: "Any principle of choice ought to select alternatives which would maximize expectation for some set of probabilities. If there is an alternative for which there exists no set of probabilities which would make it the expectation maximizing alternative, then no principle of choice should lead to its selection."

Q4) Suppose you know that the instructor in a certain course gives only the grades A, B, or C, He makes you the following offer: If you can guess the grade which he has already assigned you, he will raise it by one letter (except in the case of A); if you guess wrong, he will lower it by one letter; and if you choose not to guess at all, you will of course receive the assigned grade. Explain your choice.

Q5) Apply the various principles of the choices to the following matrix. The number in the matrix are costs.

18

18

10

14

14

14

14

14

5

26

10

10

14

22

10

10

10

12

12

10

From a new matrix from the one above by taking each number, adding 2, and multiplying the result by 3. Again apply the principles of choice. What does this suggest with respect to value measurement?

For this, the rows correspond to strategies and the columns correspond to scenarios; use the following criteria:

a)  Expected value

b) Risk profile dominance (stochastic or deterministic)

c) Most likely outcome

d) (Uniform) Average over outcomes

e) Maximin

f) Maximax

g) Hurwicz 

h) Minimax regret

i) Expected regret

Q6) For the decision tree below, first convert it to a table like in Q5. Label strategies and scenarios.  Then solve for the best strategy using the following criteria:

a) Expected value

b) Risk profile dominance (stochastic or deterministic)

c) Most likely outcome

d) (Uniform) Average over outcomes

e) Maximin

f) Maximax

g) Hurwicz 

h) Minimax regret

i) Expected regret

2424_Figure.png

(Hint: This tree should look familiar)

Q7) "Prescribed Fire" case study

PRESCRIBED FIRE

Using fire in forest management sounds contradictory. Prescribed fire, however, is an important tool for foresters, and a recent article describes how decision analysis is used to decide when, where, and what to burn. In one example, a number of areas in the Tahoe National Forest in California had been logged and were being prepared for replanting. Preparation included prescribed burning, and two possible treatments were available: burning the slash as it lay on the ground, or "yarding of un-merchantable material" (YUM) prior to burning. The latter treatment involves using heavy equipment to pile the slash. YUM reduces the difficulty of controlling the burn but costs an additional $100 per acre. In deciding between the two treatments, two uncertainties were considered critical. The first was how the fire would behave under each scenario. For example, the fire could be fully successful, problems could arise which could be controlled eventually, or the fire could escape, entailing considerable losses. Second, if problems developed, they could result in high, low, or medium Costs.

Questions -

1. What do you think the U.S. Forest Service's objectives should be in this decision? In the article, only one objective was considered, minimizing cost (including costs associated with an escaped fire and the damage it might do). Do you think this is a reasonable criterion for the Forest Service to use? Why or why not?

2. Develop an influence diagram and a decision tree for this situation. What roles do the two diagrams play in helping to understand and communicate the structure of this decision?

Source: D. Cohan, S. Haas, D. Radloft and R. Yancik (1984) "Using Fire in Forest Management: Decision Making under Uncertainty." Interfaces, 14, 8-19.

Attachment:- Assignment File.rar

Other Engineering, Engineering

  • Category:- Other Engineering
  • Reference No.:- M92206823

Have any Question?


Related Questions in Other Engineering

Assignment 11 what is the purpose of ore reserve and

ASSIGNMENT 1 1. What is the purpose of ore reserve and resource estimation? Why are resource and reserve estimates important to the mining industry? 2. What is meant by ore? What is meant by the term waste? How is the di ...

Engineering analysis homework -for every problem provide

Engineering Analysis Homework - For every problem, provide The MATLAB script/function files that solve the problems. Problem 1: Write a script that solves the problem. For (c), show results of the evaluation of every ind ...

Homework - risk and decision management1 you are working

Homework - Risk and Decision Management 1) You are working program X. The total budget allocated to the program is $100 M and it is to be completed in 24 mo. range (R) and passenger capacity (C) are two key performance p ...

1 online discussion forum - post your proposed topic and

1. Online Discussion forum - Post your proposed topic and chosen data set as well as a short plan for the project. This is required for approval of the topic. As discussed, students must select unique topics, therefore i ...

Assignment 11 what is the purpose of ore reserve and

ASSIGNMENT 1 1. What is the purpose of ore reserve and resource estimation? Why are resource and reserve estimates important to the mining industry? 2. What is meant by ore? What is meant by the term waste? How is the di ...

Projection of planes1 a regular pentagon of 25 mm side has

Projection of Planes 1. A regular pentagon of 25 mm side has one side on the ground. Its plane is inclined at 45° to H.P. and perpendicular to the V.P. Draw its projections. 2. Draw the projection of a circle of 50 mm di ...

Question 1 define rock mechanics discuss the main

Question 1 . Define rock mechanics. Discuss the main objectives of the application of rock mechanics in mining. Question 2. Define stress. Draw a diagram and define the normal and shear stress by resolving the resultant ...

Operations engineering assignment -please select only one

Operations Engineering Assignment - Please select only one of the following case studies for your assignment: CASE A. Tesla Motors Tesla is an innovative manufacturer that designs, assemble and sells fully electric vehic ...

Register design a cpu register is simply a row of

Register design A CPU register is simply a row of flip-flops (i.e. SR, JK, T, etc) put side by side in an array to make the size of register required. For example, an 8 bit register has 8 flip-flops side by side for stor ...

  • 4,153,160 Questions Asked
  • 13,132 Experts
  • 2,558,936 Questions Answered

Ask Experts for help!!

Looking for Assignment Help?

Start excelling in your Courses, Get help with Assignment

Write us your full requirement for evaluation and you will receive response within 20 minutes turnaround time.

Ask Now Help with Problems, Get a Best Answer

Why might a bank avoid the use of interest rate swaps even

Why might a bank avoid the use of interest rate swaps, even when the institution is exposed to significant interest rate

Describe the difference between zero coupon bonds and

Describe the difference between zero coupon bonds and coupon bonds. Under what conditions will a coupon bond sell at a p

Compute the present value of an annuity of 880 per year

Compute the present value of an annuity of $ 880 per year for 16 years, given a discount rate of 6 percent per annum. As

Compute the present value of an 1150 payment made in ten

Compute the present value of an $1,150 payment made in ten years when the discount rate is 12 percent. (Do not round int

Compute the present value of an annuity of 699 per year

Compute the present value of an annuity of $ 699 per year for 19 years, given a discount rate of 6 percent per annum. As