| 摘要 |
<p>A planning entity, which schedules the work to be performed on a motor vehicle at a workshop visit, includes: an input interface (110), a processor (120) and an output interface (130). The input interface (110) receives an assignment description (AD) including at least one maintenance instance (MI1, MI2, ..., MIn) to be handled at the workshop visit. Then, based on the assignment description (AD), the processor (120) generates a work plan (WP) describing a temporal sequence of work operations to execute during the workshop visit. Each maintenance instance (MI1, MI2, ..., MIn) is associated with a set of cost parameters ({C1}, {C2}, ..., {Cn}) describing a character and an amount of work to be performed when handling the maintenance instance (MI1, MI2, ..., MIn). The processor (120) formulates an optimizing problem based on the maintenance instances (MI1, MI2, ..., MIn) included in the assignment description (AD) and the sets of cost parameters ({C1}, {C2}, ..., {Cn}) associated thereto; and solve the optimizing problem. Thus, the processor (120) derives the work plan (WP) in such a manner that the time required to complete all work operations in said temporal sequence is minimized. The output interface (130) presents the work plan (WP).</p> |
