摘要
面对基于Internet的多数据流应用的需要,研究了一个基于SOAP的多对多通信模型。在JAXM点对点同步调用基础上建立异步调用。同时提出了全双工数据通信、流量控制、缓冲区调整、内/外缓存处理等优化策略,解决基于SOAP应用的性能瓶颈以及数据密集型并行通信峰值所造成的效率低下问题。该模型适合于基于Internet的多数据流应用。
A M2M (Multi-computer to Multi-computer) communication model for the requirements of multi-dataflow in Intemetbased applications is studied. This model builds asynchronous invocations on top of the P2P (point to point) synchronous invocation facility, which is implemented by utilizing JAXM APIs. At the same time, some optimization strategies, such as full duplex data communication, rate control, adjusting of cache, processing of memory and disk storage, are presented. This model has resolved the performance bottleneck in SOAP applications and the low efficiency during the peak parallel communication. This model can be fit for muhi-dataflow Intemet -based applications.
出处
《微计算机信息》
北大核心
2006年第05X期91-93,15,共4页
Control & Automation
基金
上海自然科学基金项目(04ZR14100)
上海教委发展基金项目(04EB21)
关键词
SOAP
点对点通信
多对多通信
JAXM
SOAP
point to point communication
multi-computer to multi-computer
JAXM