基于TAO的多线程模型及性能分析

Multi-threaded model and performance analysis based on TAO

在大规模信息系统以及综合化软件系统中,大量的组件间存在着数量可观的接口调用,需要通过中间件完成组件与组件之间的互联互通互操作。面向基于TAO的多线程模型及其原理,提出了面向各种模型的试验及分析,从模型的性能、资源占用量、场景适用性等多个维度,对各种模型的优缺点进行了详细分析。通过对通信中间件开发开展多线程模型的试验测试及结果分析,能够有效支撑应用开发,为底层通信传输的实现提供更精准的选择与匹配。

In large-scale information systems and integrated software systems,there are a considerable number of interface calls between a large number of components,and it is necessary to complete the interconnection and interoperability between components through middleware.Aiming at the multi-threaded model based on TAO and its principle,the experiment and analysis of various models are proposed,and the advantages and disadvantages of various models are analyzed in detail from multiple dimensions such as model performance,resource occupation,and scenario applicability.Through the experimental testing and result analysis of multi-threaded models for communication middleware development,it can effectively support application development and provide more accurate selection and matching for the implementation of underlying communication transmission.