Vascular Robotics procurement model based on dynamic programming
DOI:
https://doi.org/10.54097/hset.v34i.5525Keywords:
Dynamic planning, Vascular robotics, Purchase decisions.Abstract
There is an increasing demand for vascular robots in the medical field, and different models of vascular robots have different use scenarios. Combining the usage characteristics and training rules of the ABLVR model vascular robot, this paper uses a dynamic programming model to optimize the hospital's short-term purchase decision for 1-8 weeks with the lowest cost as the goal. Considering the attrition of realistic use, the model is modified to derive a long-term purchase decision for hospitals with a 20% loss of robots working each week.
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