ion ............................................................................................................. 3 Determination of Number of New Aircraft Needed ................................................. 4 Aircraft Sizing ......................................................................................................... 5 Monolithic Problem Formulation ..............................

We are interested in the problem of determining size a fleet robots able to perform transport operations logistics warehouse. The divided into several phases: loading, loaded travel, unloading and empty travel. first determine minimum number needed set homogeneous loads from point A B over determined time interval. For same robots, many assignments exist. assignment that minimizes makespan, whi...

The last-mile problem refers to the provision of travel service from nearest public transportation node home or other destination. Last-Mile Transportation Systems (LMTS), which have recently emerged, provide on-demand shared transportation. In this paper, we investigate fleet sizing and allocation for LMTS. Specifically, consider perspective a provider who wants determine number servicing vehi...

The era of intelligent transportation with automated vehicles (AVs) is coming. Nonetheless, the transition to this system will be a gradual process. On one hand, some zones in city may dedicated AVs fully traffic management geared toward high performance. other and conventional have allowed drive remaining urban network stage. In paper, we consider situation where are deployed by taxi operating...

In this paper, N types of vehicles having different environmental impacts and failure rates are considered to perform a set missions during predefined period. The sizing problem the fleet is typically based on literature for impact each type vehicle. This work intends develop model that allows considering not only extent recourse non-polluting but also preventive maintenance (PM) policy be adop...