针对当前高校后勤管理的实际应用，论述了基于SOA的后勤管理系统的分析、设计和开发过程。
The analysis, design and development process of SOA-based logistics management system are introduced for the practical application of logistics management in high schools.
根据其中一份由海军海上后勤中心授予的价值900万美元、为期4年的合同，斯坦利公司将提供计划、采办、系统工程和后勤管理服务。
Under a four-year, ＄9 million contract with the Naval Sea Logistics Center, Stanley will provide program, acquisition, systems engineering and logistics management services, company officials said.
其理论意义在于：首先，有利于人们明晰高校后勤管理模式的构成要素，进而对高校后勤管理模式有一个系统的认识。
Its theoretical meanings consist in: first, it makes people know the elements of the management model of rear service and let people have a systematical idea about it.
本文介绍了采用非接触ic卡，对高校后勤系统实行网络化管理。
This paper introduces a university network management system based on Non-Contacted IC Card.
高校后勤作为学校人才培养系统中的子系统，在其服务、经营和管理过程中应体现育人的功能。
As a subsidiary system of the talent cultivating system in college, the function of cultivating people of ability should be reflected in service and management.
本文介绍了采用非接触ic卡，对高校后勤系统实行网络化管理。该系统具有易操作、效率高等特点。
This paper introduces a university network management system based on Non-Contacted IC Card. This system has the advantages of convenience in operation and high efficiency.
工作流管理被誉为信息系统的后勤，它让合适的人或软件在恰当的时间执行正确的工作，使计算机上的业务处理流程自动化。
Workflow management is known as the "logistics" of information systems. It can arrange suitable people or software to perform right tasks at right time, and automate business processes.
本文重点以本人所在单位后勤装备信息管理系统的设计过程为实例，详细分析了系统的整体方案设计和安全策略设计。
I mainly take the process of design as example which is the system of logistic equipment information management in my own workplace, analyse the system whole design safety carefully.
实现的基于ALE接口规范的RFID应用系统，成功应用于我军某部的后勤管理中，提高了军事物流保障管理的水平。
Based on the ALE interface standards, RFID system has been successfully applied in logistics management of the army, improving the military freightage management.
实现的基于ALE接口规范的RFID应用系统，成功应用于我军某部的后勤管理中，提高了军事物流保障管理的水平。
Based on the ALE interface standards, RFID system has been successfully applied in logistics management of the army, improving the military freightage management.
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