반도체 산업에서 생산용량을 고려한 오더-로트 페깅기반의 납기약속 방법의 정합성 향상에 대한 연구
On-time Production and Delivery Improvements through the Demand-Lot Pegging Framework for a Semiconductor Business
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This paper addresses order-lot pegging issues in the supply chain of a semiconductor business. In such a semiconductor business(memory or system LSI) order-lot pegging issues are critical to achieving the goal of ATP (Available to Promise) and on-timeproduction and delivery. However existing pegging system and researches do not consider capacity limit on bottleneck steps. This paper presents an order-lot pegging algorithm for assigning a lot to an order considering quality constraints of each lotand capacity of bottleneck steps along the entire FAB. As a result, a quick and accurate response can be provided to customerorder enquiries and pegged lot lists for each promised orders can be shown transparently and short or late orders can be detectedbefore fixing the order.
Abstract
This paper addresses order-lot pegging issues in the supply chain of a semiconductor business. In such a semiconductor business(memory or system LSI) order-lot pegging issues are critical to achieving the goal of ATP (Available to Promise) and on-timeproduction and delivery. However existing pegging system and researches do not consider capacity limit on bottleneck steps. This paper presents an order-lot pegging algorithm for assigning a lot to an order considering quality constraints of each lotand capacity of bottleneck steps along the entire FAB. As a result, a quick and accurate response can be provided to customerorder enquiries and pegged lot lists for each promised orders can be shown transparently and short or late orders can be detectedbefore fixing the order.
참고문헌 (12)
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