Title :
Delivery route scheduling method combining knowledge-base with general algorithms
Author :
Tsuruta, Setsuo ; Ohsugi, Kenichi ; Naoe, Hidenori ; Onoyama, Takashi
Author_Institution :
Syst. Dev. Lab., Hitachi Ltd., Kawasaki, Japan
Abstract :
To overcome the difficulties in acquiring experts´ know-how as well as to realize more efficient deliveries, a delivery route scheduling method that combines a knowledge base with general algorithms is proposed. This method combines the knowledge base and the general algorithms by means of a “conceptual map” of experts´ knowledge integrated into the map data, and they are combined using a goal-oriented knowledge architecture with a user interface, where the goal and its achievement strategies are selectable. Due to such a combination of flexible and selectable knowledge, this method can automatically generate efficient delivery routes, which are also safe, considerate of the residents and their environment, and/or respect the precedented routes. This method basically interfaces between the AI part and the general algorithm part only by way of the above-mentioned “conceptual map” data. The general algorithm part does not need to be modified if expertise, areas and times change. As a result, the system using this method can be easily extended and/or modified to be used, for example, in various areas from over-populated super-cities to countryside conservation. The proposed method can be generally applied to delivery route generation for parcels, mail, packages and parts necessary for production or maintenance
Keywords :
distributive data processing; knowledge based systems; postal services; scheduling; semantic networks; transportation; artificial intelligence; conceptual map; countryside conservation; delivery route scheduling method; expert knowhow; general algorithms; goal-oriented knowledge architecture; intelligent system; knowledge acquisition; knowledge base; mail; maintenance; operations research; over-populated super-cities; packages; parcels; precedented routes; production; safety; selectable achievement strategies; selectable goal; user interface; Artificial intelligence; Costs; Environmental factors; Job shop scheduling; Laboratories; Manufacturing; Operations research; Packaging; Postal services; Scheduling algorithm;
Conference_Titel :
Systems, Man, and Cybernetics, 2000 IEEE International Conference on
Conference_Location :
Nashville, TN
Print_ISBN :
0-7803-6583-6
DOI :
10.1109/ICSMC.2000.885008