Optimizing a general optimal replacement model by fractional programming techniques
June 1997
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pp 405-423.
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In this paper we adapt the well-known parametric approach from fractional programming to solve a class of fractional programs with a noncompact feasible region. Such fractional problems belong to an important class of single component preventive maintenance models. Moreover, for a special but important subclass we show that the subproblems occurring in this parametric approach
Keywords
Automatically Extracted Terms
- solution
- function
- problem
- model
- algorithm
- lemma
- result
- optimization problem
- optimization
- programming
- dinkelbach algorithm
- dinkelbach
- method
- replacement models
- replacement
- bisection
- function p
- bisection method
- theorem
- section
