发明名称 SYSTEM AND METHOD OF FUEL FILLING TO MINIMIZE FUEL COST
摘要 In an example, a method for determining quantities of fuel to dispense at a plurality of terminals along a transit route of a vehicle includes identifying a plurality of terminals along the transit route, each terminal of the plurality of terminals have an associated cost-per-unit of fuel dispensed; initializing a set of candidate fueling scenarios, each candidate fueling scenario including an initial array of values, each value in the array of values indicating a quantity of fuel to dispense to the vehicle at one of the plurality of terminals along the transit route; iteratively, using at least one processor, modifying the set of candidate scenarios; identifying the candidate scenario of the set of candidate scenarios with the lowest total fuel cost; and transmitting for display, the quantity of fuel to dispense at each of the plurality of terminals according to the identified lowest total fuel cost candidate scenario.
申请公布号 US2015178799(A1) 申请公布日期 2015.06.25
申请号 US201314134567 申请日期 2013.12.19
申请人 Cheng Yu;Wang Mengjiao;Li Wen-Syan 发明人 Cheng Yu;Wang Mengjiao;Li Wen-Syan
分类号 G06Q30/02;G06Q50/06 主分类号 G06Q30/02
代理机构 代理人
主权项 1. A method for determining quantities of fuel to dispense at a plurality of terminals along a transit route of a vehicle, the method comprising: identifying a plurality of terminals along the transit route, each terminal of the plurality of terminals have an associated cost-per-unit of fuel dispensed; initializing a set of candidate fueling scenarios, each candidate fueling scenario including an initial array of values, each value in the array of values indicating a quantity of fuel to dispense to the vehicle at one of the plurality of terminals along the transit route; iteratively, using at least one processor, modifying the set of candidate scenarios; identifying the candidate scenario of the set of candidate scenarios with the lowest total fuel cost; and transmitting for display, the quantities of fuel to dispense at each of the plurality of terminals according to the identified lowest total fuel cost candidate scenario.
地址 Shanghai CN