An Interactive Procedure for the School Boundary Problem with Declining Enrollment

Charles A. Holloway, Donald A. Wehrung, Michael P. Zeitlin and Rosser T. Nelson
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Charles A. Holloway: Stanford University, Stanford, California
Donald A. Wehrung: Stanford University, Stanford, California
Michael P. Zeitlin: Stanford University, Stanford, California
Rosser T. Nelson: University of California, Los Angeles, California

Operations Research, 1975, vol. 23, issue 2, 191-206

Abstract: School districts in some urban areas are facing reduced enrollments. Educational and economic considerations dictate closing schools. Parents, on the other hand, often resist closing neighborhood elementary schools and object to having children periodically reassigned. This paper presents an interactive procedure for establishing, under conditions of declining enrollment, boundaries that reflect educational, economic, and parental concerns. The procedure can incorporate a variety of administrative policies and requires inputs from administrators regarding characteristics of the district. The multi-period planning horizon is decomposed by year with coordination taking place through the use of restriction in a linear programming problem that forms the basis for reassignment of districts. The emphasis is not on optimization but rather on the achievement of a solution which satisfies the objectives of each group. Feasibility checks are designed to reduce the number of alternatives that must be considered in detail, and feasible solutions can be compared on the basis of summary statistics.

Date: 1975
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