Storage assignment on a 64-bit platform is different from assignment on a 32-bit platform.
位平台上的存储分配与32位平台上的存储分配不同。
By considering both material relevancy and requirement frequency, an optimization model for the storage location assignment in the multi-aisle warehouse was established.
根据物料相关性及需求频率,建立了多巷道仓库中货位分配的优化数学模型。
This work is part of the design of 500M sampling Digital Storage Oscillograph and the assignment is to develop the GPIB(General Purpose Interface Bus)instrument driver.
由于示波器是自主研发的,要开发示波器仪器驱动器,首要的任务就是实现仪器和测控机的接口通信。 我们在总体设计上采用GPIB通信协议。
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