Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The rapid development of b service technology brings up a number of crucial requirements for designing service computing runtime, such as supporting multiple message exchange patterns, switching among different transports, integrating various extended b service protocols and achieving robust performance under high concurrency. Based on staged event-driven architecture,  propose a novel architecture for an adaptive b-service-centric service computing runtime, named SEDA4SC. In SEDA4SC, the process of basic and extended b service protocols is divided into four primary event-driven stages to enable system independence and module isolation. Moreover, this architecture allows messages to be handled in two independent pipelines: the input pipeline and the output pipeline. Arbitrary message exchange patterns can be supported through a combination of the two pipelines. With SEDA4SC,  design and implement a service computing runtime system. The performance evaluation results show that our system exhibits robust performance under high concurrency.
['Zhuqing Li', 'Dianfu Ma', 'Dou Sun', 'Jian Liu']
I am writing a research paper on a idea SEDA4SC: A staged event-driven architecture for adaptive service computing runtime
[{"from": "human", "value": "I am writing a research paper on a idea SEDA4SC: A staged event-driven architecture for adaptive service computing runtime"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The rapid development of b service technology brings up a number of crucial requirements for designing service computing runtime, such as supporting multiple message exchange patterns, switching among different transports, integrating various extended b service protocols and achieving robust performance under high concurrency. Based on staged event-driven architecture,  propose a novel architecture for an adaptive b-service-centric service computing runtime, named SEDA4SC. In SEDA4SC, the process of basic and extended b service protocols is divided into four primary event-driven stages to enable system independence and module isolation. Moreover, this architecture allows messages to be handled in two independent pipelines: the input pipeline and the output pipeline. Arbitrary message exchange patterns can be supported through a combination of the two pipelines. With SEDA4SC,  design and implement a service computing runtime system. The performance evaluation results show that our system exhibits robust performance under high concurrency."}]