Prof. Ignacio
Castillo
School
of Business & Economics
Wilfrid
Laurier University, Canada
Email: icastillo@wlu.ca
Qualifications
2001
Ph.D., Industrial Engineering, Texas A&M University, USA
1998
M.S., Industrial Engineering, Arizona State University, USA
1995
B.S., Applied Sciences, Universidad San Francisco de Quito, Ecuador
Publications(Selected)
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Saraswat,
U. Venkatadri and I. Castillo (2015) A framework for multi-objective facility
layout design, Computers & Industrial Engineering, 90(12), 167-176.
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R.
Niu, X. Zhao, I. Castillo and T. Joro (2012) Pricing and inventory strategies
for a two-stage dual-channel supply chain, Asia-Pacic Journal of Operational
Research, 29(1).
-
W.
Zeng, I. Castillo and M. J. Hodgson (2010) Aggregating data for the flow-intercepting
location model: a GIS, optimization, and heuristic framework, Geographical
Analysis, 42(3):301-322.
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W.
Zeng, I. Castillo, and M. J. Hodgson (2010) A generalized model for locating
facilities on a network with flow-based demand, Networks and Spatial Economics,
10(4), 579-611.
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X.
Zhao, A. R. Niu and I. Castillo (2010) Selecting distribution channel
strategies for nonprofit organizations, European Journal of Marketing, 44(7/8),
972-996.
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W.
Zeng, M. J. Hodgson and I. Castillo (2009) The pickup problem: consumers'
locational preferences in flow interception, Geographical Analysis, 41(1), 149-168.
(Special issue dedicated to the memory of Charles (Chuck) ReVelle, creator of the
field of location analysis)
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I.
Castillo, A. Ingolfsson and T. Sim (2009) Social optimal location of facilities
with fixed servers, stochastic demand and congestion, Production &
Operations Management, 18(6), 721-736.
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I.
Castillo, T. Joro and Y. Li. (2009) Workforce scheduling with multiple
objectives, European Journal of Operational Research, 196(1), 162-170.
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I.
Castillo, F. J. Kampas and J. D. Pinter (2008) Solving circle packing problems
by global optimization: numerical results and industrial applications, European
Journal of Operational Research, 191(3), 786-802. (Special issue on continuous optimization
in the industry)
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I.
Castillo, T. Lee and J. D. Pinter (2008) Integrated software tools for the
OR/MS classroom, Algorithmic Operations Research, 3(1), 82-91.
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Castillo,
J. Westerlund, S. Emet and T. Westerlund (2005) Optimization of block layout
design problems with unequal areas: a comparison of MILP and MINLP optimization
methods, Computers & Chemical Engineering, 30(1), 54-69.
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I.
Castillo and T. Westerlund (2005) An E-accurate model for optimal unequal-area
facility layout, Computers & Operations Research, 32(3), 429-447.
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I.
Castillo and B. A. Peters (2004) Integrating design and production planning
considerations in multi-bay manufacturing facility layout, European Journal of
Operational Research, 157(3), 671-687.
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I.
Castillo and T. Sim (2004) A spring-embedding approach for the facility layout
problem, Journal of the Operational Research Society, 55(1), 73-81.
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M.
D. Riskin, K. C. Bessette and I. Castillo (2003) A logarithmic barrier approach
to solving the dashboard planning problem, INFOR, 41(3), 245-257. (Special
issue for the 2002 CORS Student Paper Competition)
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I.
Castillo, C. A. Roberts, and K. D. Peterman (2003) Automatic generation of
control software using Discrete Event Control Networks, International Journal
of Industrial Engineering, 10(3), 213-221.
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I.
Castillo and B. A. Peters (2003) An extended distance-based facility layout
problem, International Journal of Production Research, 41(1), 2451-2479.
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I.
Castillo and J. S. Smith (2002) Formal modeling methodologies for control of
manufacturing cells: survey and comparison, Journal of Manufacturing Systems,
21(1), 40-57.
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I.
Castillo and B. A. Peters (2002) Unit load and material handling considerations
in facility layout design, International Journal of Production Research, 40(13),
2955-2989.
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I.
Castillo, S. A. Reyes, and B. A. Peters (2001) Modeling and analysis of tandem
AGV systems using generalized stochastic Petrinets, Journal of Manufacturing
Systems, 20(4), 236-249.
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I.
Castillo and C. A. Roberts (2001) Real-time control/scheduling for
multi-purpose batch plants, Computers & Industrial Engineering, 41(2), 211-225.