1) distributed object-oriented middleware
分布对象中间件
1.
Research of asynchronous communication in distributed object-oriented middleware based on agent and P/S model;
基于移动Agent与P/S混合模式的分布对象中间件异步通信研究
2.
To solve the problem that the current messaging communication mechanism of distributed object-oriented middleware doesn t support time decoupling and control of quality of service,we present a new asynchronous communication model which can support asynchronous messaging and time decoupling.
针对目前分布对象中间件消息通信机制中不支持时间解耦和服务质量控制的问题,提出一种能够支持消息异步传递和时间解耦的异步通信模型,通过在客户端引入消息转换层来完成异步消息的提取、包装和转换,将原始的请求转换为一种可路由的消息,然后设计一种软件路由代理来实现异步消息的传递与转发。
3.
This paper researches the problems of time, space and flow coupling in distributed asynchronous communication, and analyzes current problems of communication in distributed object-oriented middleware.
对分布对象中间件异步通信中的时间、空间和流程的解耦问题进行研究,分析当前分布对象中间件异步通信机制存在的问题。
2) distributed object middleware
分布式对象中间件
1.
Points out how to implement an online bank system using distributed object middleware,and introduces RMI and RMI-IIOP-two protocols for kernel transportation of EJB in J2EE architecture.
文中提出了如何采用基于分布式对象中间件来实现网上银行系统模型,其中介绍了RMI和RMI-IIOP两种可在J2EE体系结构中为EJB进行核心传输的协议。
6) distributed computing middleware
分布计算中间件
1.
By right of high performance, high availability, and good scalability, distributed computing middleware becomes one of the key technologies to implement distributed computing.
而分布计算中间件凭借其良好的可扩展性和高可用性、高性能成为实现分布计算的关键技术之一。
补充资料：135kA中间下料预焙阳极铝电解槽(抚顺铝厂)
135kA中间下料预焙阳极铝电解槽(抚顺铝厂)
赢 135kA中间下料预焙阳极铝电解槽(抚顺铝厂)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条