The system took the wireless lan , bar - code and remotion calculating , and winsock technologies to build server and client programs to realize data transfer between three subsystems , also took these three subsystems closely combine to work availably and rapidly 系统采用了条码技术、移动计算技术和winsock技术,分别建立了服务端和客户端程序,实现了各个子系统之间的数据传递,并将这三大子系统紧密地结合起来进行有效而快捷的工作。
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After analysising the theory and characteristics of the corba and mobile agent technologies , the paper brings forward firstly a kind of mobile agent architecture - coma , and gives the solution to coma ' s asynchronous transfer , concurrent control , naming , location and intelligence mechanism in detail . furthermore , aiming at making up the flaws of the application servers based on corba in distributed group environment and solving the problem of object ' s remotion on the corba server , the paper proposes a kind of corba architecture based on mobile agent - maorb , discusses naming and transparent transfer of mobile agent in a maorb system in detail , and gives a reasonable improvement method 本文在分析了corba和移动agent这两种分布式技术的运行原理及其特点之后，首先提出一种应用于协同环境下的移动agent体系结构coma ，并详细给出了coma的异步迁移、并发控制、命名和寻址，智能化机制这几个关键技术的解决方法。进而，为了弥补单纯的利用corba技术来构建分布式集群环境中应用服务器的不足，解决corba服务端对象的可移动性问题，本文又提出了一种基于coma的corba体系结构maorb ，详细讨论了maorb系统中移动agent的命名和透明迁移以及corba和coma的结合度问题，并给出了合理的解决方案。
