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Logistics supply chain information collaboration based on FPGA and internet of things system

机译:基于FPGA和物联网系统的物流供应链信息合作

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The contribution of logistics in the supply chain and, at the same time, researchers and practitioners have recognized a new trend of supply chain integration and collaboration over the past two decades. This philosophy is known as supply chain management and has attracted extensive attention in logistics Development. In the existing method Deep Learning and Neural network for Logistics Supply Chain Information Collaboration. In the existing method large complexity of structure and Hard to maintain version control. So in the proposed method FPGA (Field-Programmable Gate Array) and IOT (Internet of Things) for Logistics Supply Chain Information Collaboration. The logistics Cooperation based on supply chain management reduces overall costs while improving services to end customers in the supply chain. Global progress, rapid innovation and growing regional influence have made the Supply Chain (SC) an indispensable part. Competition is now changing from the company level to the industry level. The data not only destroys the organization, but it also affects the industry as a whole supply unit. The industrial sector supports more than half of the population, and the automotive sector is the fastest-growing sector. Supply chain cooperation reduces the performance of different industries and different regions.
机译:物流在供应链中的贡献,同时,研究人员和从业者在过去的二十年中认识到了新的供应链一体化和合作趋势。这种哲学被称为供应链管理,并在物流发展中引起了广泛的关注。在现有方法深度学习和神经网络中的物流供应链信息合作。在现有的方法中的结构大量复杂,难以维护版本控制。因此,在所提出的方法FPGA(现场可编程门阵列)和物流物流供应链信息协作的IOT(物联网)。基于供应链管理的物流合作可降低总体成本,同时改善服务以最终客户提供供应链的客户。全球进步,快速创新和日益增长的区域影响使供应链(SC)成为不可或缺的一部分。竞争现已从公司水平转变为行业水平。数据不仅摧毁了组织,而且它也会影响行业作为整个供应单元。工业部门支持超过一半的人口,汽车领域是增长最快的部门。供应链合作可降低不同行业和不同地区的表现。

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