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所在平台: Udemy |
课程主页: https://www.udemy.com/course/logistics-automation-system-from-basics-to-applications/
课程评论：没有评论
课程名称：物流自动化系统：基础到应用 课程概述： 本课程旨在为自动化物流从业者搭建共同的技术认知桥梁，涵盖自动化物流设备集成商、设备制造商、软件提供商及自动化物流系统用户等不同角色的需求与优先事项。成功构建自动化物流系统需要甲方与乙方、机械电气工程师、硬件工程师和软件工程师、物流规划师与项目实施者之间的密切合作。 目前大部分关于自动化物流的书籍主要围绕物流设备的参数和功能展开，而对自动化物流系统的基本原理和技术应用逻辑则缺乏深入介绍。考虑到物流技术日新月异，设备参数的快速迭代使得相关书籍极易过时，本课程将从自动化仓储和物流系统集成的底层元素和基本技术入手，分析在各典型物流环节中自动化物流系统的原理和实施逻辑。 本课程内容实用且丰富，配有大量的现实生活图片和视频，易于理解。涉及的技术细节包括仓库物流自动化规划与设计、 AS/RS、智能机器人、自动拣货系统、仓库管理软件 WMS、AGV、AMR 应用等一系列热点话题。该课程在行业内首次系统化并理论化整理智能物流的底层要素，为自动化物流系统的认知提供了新的分析视角。
Automated logistics practitioners mainly include automated logistics equipment integrators, equipment manufacturers, software providers and automated logistics system users, and these different roles often focus on different priorities. The successful construction of automated logistics system requires the joint cooperation of Party A and Party B, mechanical and electrical engineers, hardware engineers and software engineers, logistics planners and project implementers to complete the perfect system integration. Most of the current books on automated logistics are basically the content of various logistics equipment parameters and functions. The underlying principle and technical application logic of automated logistics system are not introduced, and logistics technology changes with each passing day, and the rapid iteration of equipment parameters makes relevant books soon no longer applicable in reality. This course aims to build a common technical cognition bridge for practitioners from all sides, starting from the underlying elements and basic technologies of automated warehousing and logistics system integration, and then analyzing the principles and implementation logic of automated logistics system in each typical logistics link. This course is practical and rich in content, with plenty of real life pictures and videos, easy to understand. The technical details of this course include a series of hot topics such AS warehouse logistics automation planning and design, AS/RS, intelligent robots, automatic picking system, warehouse management software WMS, AGV, AMR application and so on.This course is also the first time in the industry to systematically and theoretically sort out the underlying elements of intelligent logistics, providing a new analytical perspective for the cognition of automated logistics system
