Abstract
High usage rate in a surgical suite is extremely important in meeting the increasing demand for health care services and reducing costs to improve quality of care. In this paper a goal programming model which can produce schedules that best serve the needs of the hospital, i.e., by minimizing idle time and overtime, and increasing satisfaction of surgeons, patients, and staff, is described. The approach involves sorting the requests for a particular day on the basis of block restrictions, room utilization, surgeon preferences and intensive care capabilities. The model is tested using the data obtained during field studies at Dokuz Eylul University Hospital. The model is also tested for alternative achievement functions to examine the model's ability to satisfy abstract goals.
Similar content being viewed by others
REFERENCES
Ernst, E.A., et al., Operating Room Scheduling by Computer. Anesthesia and Analgesia 56:831–835, 1977.
Fairman, W.L., Scheduling/Resource Level Decisions in the Hospital Operating Room Environment, Doctoral Dissertation, Dept of Engineering, University of Pittsburgh, 1971.
Gerchak et al., Reservation planning for elective surgery under uncertain demand for emergency surgery. Management Science 42:321–333, 1996.
Goldman, J., et al., An application of OR scheduling policies, Hosp. Management 107, 1969.
Goldman, et al., A study of the variability of surgical estimates. Management 110, 1970.
Hamilton, D., and Breslawski, S., Operating room scheduling: Choosing the best system. AORN J. 53:1229–1237, 1991.
Hanson, K.H., Computer-assisted operating room scheduling. J. Med. Systems 6, 1982.
Kildea, J., Operating room scheduling methods: The two room system. Hospitals 44:99–101, 1970.
Kusters, R.J., and Grrot, P.M.A., Modelling resource availability in general hospitals: Design and implementation of a decision support model. Eur. J. Operat. Res. 88:428–445, 1996.
Lamont, C.A., An OR block booking system. Hosp. Adm. Can. 16, 1974.
Magerlein, J.M., and Martin, J.B., Surgical demand scheduling: A review. Health Services Res. 13:418–433, 1978.
Morgan, D. M., Block booking in the OR—A solution to a multitude of sins. Can. Hosp. 49, 1972.
Morgan, D. M., Improved scheduling through block booking, Can. Hosp. 1973.
McQuarrie, Limits to efficient operating room scheduling: Lessons from computer-use models. Arch. Surgery 116:1065–1071, 1981.
Ozkarahan, I., Allocation of surgical procedures to operating rooms. J. Med. Systems 19:333–352, 1995.
Ozkarahan, I., A hospital resource scheduling system. Proceeding of Decision Sciences Institute's National Conference, Vol. 2, Washington, D.C. 1081–1083, 1993.
Philips, K.T., Operating room utilization. Hospital Topics 53:42–45, 1975.
Przasnyski, Z.H., Operating room scheduling: A literature review. AORN J. 44, 1986.
Rao, M.R., and Horsky D., Estimation of attribute weights from preference comparisons. Management Sci. 30:801–822, 1984.
Rinde, A., and Blakey, T., OR resource utilization. Chicago Hospital Council, Chicago, 1974.
Samuelson D., A dose of OR. OR/MS Today, pp. 34–37, 1991.
Sheen, E.T., Realistic surgery schedule based on surgeon's own estimates. Hospitals 37:49–50, 1963.
Steward, J.T., Surgical specialties affect scheduling. Hospitals 45, 1971.
Tanik, Y., A research on goal programming and related topics in multiobjective decision making with an application in operating room scheduling, Masters Thesis, Dokuz Eylul University, 1996.
Lindo Systems Inc., Lingo: The Modeling Language and Optimizer, Lindo Systems Inc., 1996.
Author information
Authors and Affiliations
Rights and permissions
About this article
Cite this article
Ozkarahan, I. Allocation of Surgeries to Operating Rooms by Goal Programing. Journal of Medical Systems 24, 339–378 (2000). https://doi.org/10.1023/A:1005548727003
Issue Date:
DOI: https://doi.org/10.1023/A:1005548727003