Aircraft cabin assembly based on decision tree algorithm

Kurzfassung

Aircraft manufactures offer to their customers a possibility to customize and differentiate their aircraft. Upmost impact to future passengers leaves the painting of the aircraft with company logo, colors, and cabin interior. Worldwide there a lot of airlines with different requirements therefore, there is not a possibility for fixed final assembly line for each aircraft model. Moreover, the specific cabin options are often ordered later than required by the order fulfilment process of the OEM (Original Equipment Manufacturer). Delays in the supply chain disturb are also a serious complication [1]. Therefore, it is of significant importance to digitalize the aircraft cabin production in order to agile and flexible reschedule and simulate the cabin assembly. Even more digitalization minimizes the industrial waste and contributes to more sustainable aircraft production. In this paper is presented a decision tree algorithm for scheduling the assembly of customizable aircraft cabin. This approach contributes to reduce the time and effort for optimal rescheduling such a complex assembly as aircraft cabin.