LI-LIAN
GAO, PH.D.
Associate
Professor
Department
of Management, Entrepreneurship and General Business
Frank G. Zarb School of Business
Hofstra University
Hempstead, NY 11549
Tel: 516-***-****
Email: abqd9o@r.postjobfree.com
Education
1983 - 1989 Ph.D. in Business
School of Business, Indiana
University
Major: Operations Management
Minor: Management Information
Systems
1983 1986 Master of Business Administration
School
of Business, Indiana University
Major: Operations Management
1978
1983 Bachelor of Science
Shanghai
Institute of Mechanical Engineering, Shanghai, China
Major: Systems Engineering
Academic Experience
1988 present Assistant/Associate Professor
Department
of Management and General Business, Frank G. Zarb School of Business, Hofstra
University
Taught
undergraduate and graduate courses in production and operations management and
management systems
1985 1988 Associate Instructor
Department
of Operations and Systems Management, School of Business, Indiana University
Taught
undergraduate core courses in production and operations management
Business Experience
Lectured
on Management Information Systems at the Beijing University EMBA Program,
Beijing, China, April 2002.
Conducted
a seminar on "Business Logistics Planning" at the Hankook Tire Co.,
Ltd., Seoul, South Korea, July 1996.
Conducted
a seminar on "Distribution Systems Planning" at the Hankook Tire
America, September 1994.
Involved
in a distribution network design project for the DowBrands, Inc., an article
describing this project was published in Interfaces, Vol. 23, No. 3,
1993, 107-117.
Lectured
on "Operations and Technical Management Issues" at the General
Electric Company's China Executive Program, April 1993.
Worked
as a Computing Consultant, Bloomington Academic Computing Service, Indiana University, 1987-1988.
Worked
as a Mechanist at a Aircraft Maintenance Company,
Shaanxi, China, 1977-1978.
Refereed Journal Articles
Gao,
Li-Lian, Nezih Altay and E. Powell Robinson (2008), "A comparative study
of modeling and solution approaches for the coordinated lot-size problem with
dynamic demand", Mathematical and Computer Modelling, Vol. 47, 1254 1263.
Sahin,
Funda, E. Powell Robinson and Li-Lian Gao (2008), Master production scheduling
policy and rolling schedules in a two-stage make-to-order supply chain, International
Journal of Production Economics, Vol. 115, 528 541.
Robinson,
E. Powell, Funda Sahin and Li-Lian Gao (2008),
"Master Production Schedule Time Interval Strategies in Make-to-Order
Supply Chains", International Journal of Production
Research, Vol. 46, No. 7, 1933-1954.
Robinson,
E. Powell, Arunachalam Narayanan and Li-Lian Gao (2007),
"Effective Heuristics for the Dynamic Demand Joint Replenishment
Problem", Journal of the Operational Research Society, Vol.
58, 808-815.
Robinson,
E. Powell, Funda Sahin, and Li-Lian Gao, (2005),
"The Impact of E-Replenishment Strategy on Make-to-Order Supply Chain
Performance", Decision Sciences, Vol. 36, No. 1, 33-64.
Robinson,
E. Powell Jr., and Li-Lian Gao (1996), "A
Dual-Based Procedure for Multi-Product Dynamic Demand Coordinated Replenishment
with Backlogging," Management Science, Vol. 42,
No. 11, 1556-1564.
Gao,
Li-Lian and E. Powell Robinson Jr. (1994), "An Arborescent Network
Formulation and Dual Ascent Based Procedure for the Two-Stage Multi-Item
Dynamic Demand Lotsize Problem," Decision Sciences, Vol. 25,
No. 1, 103-121.
Gao,
Li-Lian, and E. Powell Robinson Jr. (1994), "Uncapacitated Facility
Location: General Solution Procedure and Computational Experience," European
Journal of Operational Research, Vol. 76, 410-427.
Robinson,
E. Powell Jr. and Li-Lian Gao (1994), "Location
of Computers and Multiple Files in Distributed Computer Systems," Mathematical
and Computer Modeling, Vol. 20, No. 7, 111-120.
Robinson,
E. Powell Jr., Li-Lian Gao, and Stanley D. Muggenborg
(1993), "Designing an Integrated Distribution System at DowBrands,
Inc," Interfaces, Vol. 23, No. 3, 107-117.
Gao,
Li-Lian and E. Powell Robinson Jr. (1992), "A Dual-Based Optimization
Procedure for the Two-Echelon Uncapacitated Facility Location Problem," Naval
Research Logistics, Vol. 39, 191-212.
Robinson,
E. Powell Jr. and Gao Li-Lian (1992), "A New
Formulation and Linear Programming Based Optimization Procedure for the Two-Echelon
Uncapacitated Facility Location Problem", Annals of the Society of
Logistics Engineers, Vol. 2, No. 2, 39-59.
Refereed Proceeding Articles
Gao,
Li-Lian and Robinson, E. Powell (2006), "A Heuristic Procedure for the
Capacitated Coordinated Replenishment Problem with Dynamic Demand and
Backlogging", Proceedings of The 11th Annual Conference of Asia Pacific Decision
Sciences Institute, Hong Kong.
Gao,
Li-Lian and E. Powell Robinson (2003). A Lagrangian/Dual-Ascent Based Heuristic for
the Capacitated Coordinated Replenishment with Dynamic Demand and Backlogging,
Proceedings
of the Annual Conference of the Decision Sciences Institute,
Washington D.C, Submission #544, 1-6.
University/School/Department Service
Member
of the Zarb School of Business Strategic Planning and Implementation Committee,
Fall 2010
Member
of the Zarb School of Business Strategic Planning Committee, 2007-2008
Chair
of the Department Personnel Committee, 2006-2007
Member
of the Zarb School of Business Computer Subcommittee, 2003-2006
Chair
of Ad Hoc Tenure Committee for Dr. Tara Radin, 2004
Faculty
senator-at-large on the Graduate Academic Affairs Committee, 1999 2001
Chair
of the Zarb School of Business Executive Committee, Fall
2000
Acting
Chair of the Zarb School of Business Curriculum Committee, Spring
2000
Member
of the Zarb School of Business Blue Ribbon Committee, 2000
Member
of the Zarb School of Business Executive Committee, 1999 2001
Member
of the Zarb School of Business Curriculum Committee, 1994-1997
Chair
of the Department Personnel Committee, 1997-1999
MGT
110 Course Coordinator, 1999 - 2001
Selected
as the Baccalaureate Marshal to perform duties at the Spring
1999 Commencement Ceremony
Professional Affiliations
Production
and Operations Management Society
The
Decision Sciences Institute
Institute
for Operations Research and Management Sciences