Research Article
A Data-Driven and Knowledge-Driven Method towards the IRP of Modern Logistics
Table 3
Rule types and source code.
| Rule type | Rule | Source code |
| Distribution optimization | rule_delay rule_xsdailytrunc rule_xsexpress rule_recentDelivery Rule_badWeather | [(?d has_date ?x) (?x has_badWeather ?y) -> (?dhas_delayed_warning ?x)] [(?x possible_has_daily_trunc ?y) (?y equals_to_daily_trunc ?z) -> (?x actual_has_daily_trunc ?z)] [(?x possible_has_express ?y) (?y equals_to_express ?z) ->(?x actual_has_express ?z)] [(?x get_drug ?y) (?y equals_to_recent ?z) ->(?x has_recent_delivery ?z)] [(?x has_weather_infuence ?y)(?y equals_to_influence ?z) ->(?x has_badWeather ?z)] |
| Retail store inventory optimization | rule_storage rule_sellingall | [(?x reach_maxWarningNum ?y)(?y is_equal_to_notice ?z) ->(?x has_storage_warning ?z)] [(?x is_less_zero ?y) (?y is_equal_to ?z) -> (?x has_sellall_warning ?z)] |
| Cost optimization | rule_lessTranscost rule_fdailytrunc rule_fexpress | [(?x has_transcost ?y)(?y is_cheaper_than ?z) ->(?x has_lessTranscost_than ?z)] [(?x possible_take_daily_trunc ?y) (?y equals_to_dtt ?z) -> (?x take_daily_trunc ?z)] [(?x possible_take_express ?y) (?y equals_to_ext ?z) ->(?x take_express ?z)] |
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