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Design & Manufacturing

Throughput control and revenue optimization of a poultry product batcher

ORCID Icon, ORCID Icon & ORCID Icon
Pages 845-857 | Received 06 Aug 2020, Accepted 18 Jul 2021, Published online: 28 Sep 2021

Figures & data

Figure 1. Past and forecasted poultry consumption per year for selected regions (OECD, Citation2017)

Figure 1. Past and forecasted poultry consumption per year for selected regions (OECD, Citation2017)

Figure 2. The batcher considered in this article.

Figure 2. The batcher considered in this article.

Figure 3. Maximum and minimum indexes per bin level v.

Figure 3. Maximum and minimum indexes per bin level v.

Figure 4. Throughput after N items.

Figure 4. Throughput after N items.

Figure 5. Value of threshold after N items.

Figure 5. Value of threshold after N items.

Figure 6. Sensitivity of various policies to C.

Figure 6. Sensitivity of various policies to C.

Figure 7. Optimal action per state a*(v,w) for K = 1, B = 350, and rr=0.8.

Figure 7. Optimal action per state a*(v,w) for K = 1, B = 350, and rr=0.8.

Figure 8. Revenue per gram for rr=0.7, and B = 30 (left) and 35 (right).

Figure 8. Revenue per gram for rr=0.7, and B = 30 (left) and 35 (right).

Figure 9. Revenue per gram for rr=0.9, and B = 30 (left) and 35 (right).

Figure 9. Revenue per gram for rr=0.9, and B = 30 (left) and 35 (right).

Figure 10. Revenue per gram for the benchmark and DRT for B = 300 and 350.

Figure 10. Revenue per gram for the benchmark and DRT for B = 300 and 350.

Figure 11. Giveaway per gram for different target weights.

Figure 11. Giveaway per gram for different target weights.

Figure 12. Revenue per gram for different target throughputs.

Figure 12. Revenue per gram for different target throughputs.
Supplemental material

Supplemental_Online_Materials.pdf

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