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Material Type: Assignment; Professor: Gross; Class: Techniques for Engrg Decisions; Subject: Electrical and Computer Engr; University: University of Illinois - Urbana-Champaign; Term: Spring 2010;
Typology: Assignments
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1. Read Chapter 1 in Ravindran. 2. Read Chapter 1 in Clemen 3. A segment of automatically controlled highway is being equipped with sensors spaced equally along its length. The maximum error in estimating traffic volume, which occurs
segment and s is the number of sensors. Each sensor costs p dollars, and designers want to reduce the maximum error as much as possible within a budget for sensors of b dollars. Identify each of the following for this design problem:
(a) the decision variable (b) the input parameters (c) the objective function (d) the constraints
4. A factory has two production lines available to make a product. The first can produce one
lot of the product in t 1 hours at a cost c 1 , and the second requires t 2 hours and a cost c 2. The plant manager wishes to find the least costly way to produce b lots in a total of at most T hours. An integer number x 1 will be produced on line 1 and an integer number x 2 on line 2. Identify each of the following for this design problem:
(a) the decision variables
(b) the input parameters (c) the objective function (d) the constraints
5. Determine whether each of the following can be validly modeled only as a random variable or if a deterministic quantity can suffice:
(a) the number of inches of rainfall in a city over the next 14 days (b) the average 14-day rainfall in a city (c) the market price of a common stock 1 week ago (d) the market price of a common stock 1 week from today (e) the seating capacity of a restaurant (f) the number of customers who will arrive at a restaurant this evening (g) the production rate of an industrial robot subject to frequent breakdowns (h) the production rate of a highly reliable industrial robot (i) factory demand for a bulldozer model over the next 7 days (j) factory demand for a bulldozer model over the next 7 years
6-8. Problems 1.1, 1.11 and the questions on the Dupont and Chlorofluorocarbons case study in Clemen.