비즈니스 규칙 기반 폐자동차 해체 및 재활용 처리 시스템 개발 및 구현

Recently, as increasing the interest for the recovery and recycling of end-of-life vehicle(ELV), the research on the efficient and effective recycling and dismantling of ELV have been studied extensively. Most research have focused on the necessary of development and implementation of ELV dismantling system which can support the efficient and optimal ELV process operation. So, this study establishes the rule-based decision support system for treatment of rapid recycling and dismantling process. The developed system is composed of a recovery & wearing module, an used parts inventory module, and a dismantling & decomposition module. First, the recovery & wearing module generates a rule calculating the proper ELV price using the type of ELV to distinguish whether an accident has occurred or not. Also, inventory of used parts module creates rules to manage parts inventory and rules to determine the discarded parts for preventing the lack of warehouse space caused by an excess inventory. Finally, Dismantling and decomposition module generates the rule to determine the sequence of decomposition and dismantling using information used parts value and scarcity. Rule-based system developed can monitor the whole or partial process through web based user interface and to support the efficient decision making on recycling and dismantling process. This system uses the prevailing conditions in the industrial environment in order to select dynamically and propose the most appropriate rule from a rule base of many candidate rules.