智能微型打印机系统的设计

Luyao Li, Zhiyu Huang, Likun Lu, Hengyu Duan
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摘要

本文分析了大型互联网交易日订单打印过程,采用多智能体技术对微打印系统进行建模,研究了分配策略、状态监控和故障恢复等关键技术同时,具有高并发连续打印能力的智能微印系统设计,保证了微印系统的稳定性然后,分析了单台智能微型打印机的独立智能控制组件,提出了一种用于并行打印的智能控制单元。该装置有效地提高了并行打印的能力、可靠性和可靠性,以及单台打印机的灵活性。然后,在设计一台智能缩微打印机的基础上,将系统中的各种服务抽象为不同的agent,利用多agent技术构建智能缩微打印机集群系统,使智能缩微打印机系统在分布式控制架构下具有较高的并发连续打印能力。
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Design of intelligent micro printer system
This paper analyzes the order printing process of large Internet trading days, uses multi-agent technology to model the micro printing system, and studies the key technologies such as allocation strategy, status monitoring and fault recovery.[1] At the same time, the design of intelligent micro printing system with high concurrent continuous printing capability ensures the stability of the micro printing system.[2] Then, the independent intelligent control components of a single intelligent micro printer are analyzed, and an intelligent control unit for parallel printing is proposed. The unit effectively improves the ability, reliability and reliability of parallel printing, as well as the flexibility of a single printer. Then, based on the design of a single intelligent microprinter, various services in the system are abstracted into different agents, and an intelligent microprinter cluster system is built using multi-agent technology, so that the intelligent microprinter system has high concurrent continuous printing capability under the distributed control architecture.
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