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題名:A Study on Nurse Day-Off Scheduling under the Consideration of Binary Preference
書刊名:工業工程學刊
作者:Huang, Yun-chengHsieh, Ya-huiHsia, Fu-yun
出版日期:2016
卷期:33:6
頁次:頁363-372
主題關鍵詞:Nurse shift schedulingDay-off schedulingMathematical model
原始連結:連回原系統網址new window
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  • 點閱點閱:18
For most hospitals in Taiwan, the works of nurse shift and day-off scheduling were made by hand. It would spend several hours and could not consider various constraints very well. The scheduling problem usually puzzles the leader of nurses. Thus, the purpose of this study was to construct two mathematical models that increase the efficiency of nurse shift and dayoff scheduling and then improves the quality of nursing and leisure life of nurse. We cite Hsia’s model (2009) to find out an optimal shift scheduling table and then established a day-off scheduling model to search for an optimal day-off scheduling assignment. Through this way, this paper can integrate the nurse shift and day-off scheduling models to create the optimal results. They can also improve the qualities of nurse shift and day-off scheduling tasks and save the time tremendously.
期刊論文
1.Bard, J. F.、Purnomo, H. W.(2005)。Preference scheduling for nurses using column generation。European Journal of Operational Research,164(2),510-534。  new window
2.Hayes, L. J.、O'Brien-Pallas, L.、Duffield, C.、Shamian, J.、Buchan, J.、Hughes, F.、Spence Laschinger, H. K.、North, N.、Stone, P. W.(2006)。Nurse turnover: A literature review。International Journal of Nursing Studies,43(2),237-263。  new window
3.Bellanti, F.、Carello, G.、Croce, F. D.、Tadei, R.(2004)。A greedy-based neighborhood search approach to a nurse rostering problem。European Journal of Operational Research,153(1),28-40。  new window
4.Cheang, B.、Li, H.、Lim, A.、Rodrigues, B.(2003)。Nurse Rostering Problems--A Bibliographic Survey。European Journal of Operational Research,151,447-460。  new window
5.Randhawa, S. U.、Sitompul, D.(1993)。A Heuristic-Based Computerized Nurse Scheduling System。Computers & Operations Research,20(8),837-844。  new window
6.Azaiez, M. N.、Al Sharif, S. S.(2005)。A 0-1 goal programming model for nurse scheduling。Computers & Operations Research,32(3),491-507。  new window
7.Gutjahr, W. J.、Rauner, M. S.(2007)。An ACO algorithm for a dynamic regional nurse-scheduling problem in Austria。Computers & Operations Research,34,642-666。  new window
8.Maenhout, B.、Vanhoucke, M.(2013)。An integrated nurse staffing and scheduling analysis for longer-term nursing staff allocation problems。Omega,41(2),485-499。  new window
9.Topaloglu, S.、Selim, H.(2010)。Nurse scheduling using fuzzy modeling approach。Fuzzy Sets and Systems,161(11),1543-1563。  new window
10.Wright, P. D.、Mahar, S.(2013)。Centralized nurse scheduling to simultaneously improve schedule cost and nurse satisfaction。Omega,41(6),1042-1052。  new window
11.Wong, T. C.、Xu, M.、Chin, K. S.(2014)。A two-stage heuristic approach for nurse scheduling problem: A case study in an emergency department。Computers and Operations Research,51,99-110。  new window
12.Huang, Y. C.(1999)。A study on nurse shift scheduling by integer programming method。Journal of Technology,14,563-570。  new window
13.Cheng, Y. C.、Lee, S. H.、Chiu, T. S.、Su, Y. L.(1992)。The early exploration of the development of computerized nurse scheduling system。VGH Nursing,9,183-193。  new window
14.Glass, C. A.、Knight, R. A.(2010)。The nurse rostering problem: A critical appraisal of the problem structure。European Journal of Operational Research,202(2),379-389。  new window
15.He, F.、Qu, R.(2012)。A constraint programming based column generation approach to nurse rostering problems。Computers & Operations Research,39,3331-3343。  new window
16.Hesham, K. A.(1998)。An efficient two-phase algorithm for cyclic days-off scheduling。Computers & Operations Research,25,913-923。  new window
17.Hsia, F. Y.(2009)。Optimal weight design for nurse scheduling problem。The Journal of Health Science,11,148-158。  new window
18.Huang, Y. C.、Chien, S. H.、Kau, J. R.(2009)。Nurses rostering under the consideration of staff preferences。The Journal of Health Sciences,11,57-69。  new window
19.Huang, Y. C.、Hsia, F. Y.(2002)。A study on nurse shift scheduling under consideration of shift preferences。Chiao Da Management Review,22,29-49。  new window
20.Huang, Y. C.、Wang, E. J.(1999)。A comparative study on nurse shift scheduling between two kinds of hospital。Journal of Human Resources Development,11,31-52。  new window
21.James, B.(1985)。Integrated days off and shift personnel scheduling。Computers & Industrial Engineering,9,395-404。  new window
22.Smith, D.、Wiggins, A.(1997)。A computer-based nurse scheduling system。Computers & Operations Research,4,195-212。  new window
23.Weng, S. H.、Zheng, S. T.、Huang, Y. T.、Chang, B. L.(2006)。The assessment of the automatic nurse scheduling system designed by nurses themselves。The Journal of Taiwan Association for Medical Informatics,15,71-80。  new window
24.Li, S.H.A.、Li, S.H.A.(2009)。A two-stage modeling with genetic algorithms for the nurse scheduling problem。Expert Systems with Applications,36(5),9506-9512。  new window
25.Aickelin, U.、Dowsland, K. A.(2004)。An indirect Genetic Algorithm for a nurse-scheduling problem。Computers & Operations Research,31,761-778。  new window
26.Burke, E. K.、Curtois, T.、Post, G.、Qu, R.、Veltman, B.(2008)。A hybrid heuristic ordering and variable neighborhood search for the nurse rostering problem。European Journal of Operational Research,188,330-341。  new window
27.Chen, J. G.、Yeung, T. W.(1992)。Development of a hybrid expert system for nurse shift scheduling。International Journal of Industrial Ergonomics,9(4),315-327。  new window
28.Chiaramonte, M. V.、Chiaramonte, L. M.(2008)。An agent-based nurse rostering system under minimal staffing。International Journal of Production Economics,114,697-713。  new window
圖書
1.Chang, Y.-L.、Desai, K.(2003)。WinQSB Version 2.0。New York, NY:John Wiley and Sons。  new window
 
 
 
 
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