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An Auto Optimized Payment Service Requests Scheduling Algorithm via Data Analytics through Machine Learning

机译:通过机器学习通过数据分析请求调度算法的自动优化支付服务

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Traditional customer payment service scheduling approaches cannot cope with the modern demand for timely, high-quality service due to the disruption of big data within small and medium-sized payment solution providers (SaMS-PSP). While many customers have access to modern technologies to lodge their service requests easily and fast, SaMS-PSPs do not have equally automated big data-driven capabilities to handle the growing demands of these service requests. To effectively improve SaMS-PSP's customer payment service requests processing speeds, personnel optimization, throughput, and low latency scheduling, we have developed a new customer payment service request scheduling algorithm via matching request priority with the best personnel to handle the request based on data analytics through machine learning. Our experiments and testing have confirmed the merits of this new algorithm. We are also in the process of applying this new algorithm in real-world payment operations.
机译:传统客户支付服务调度方法无法应对现代,由于中小型支付解决方案提供商(SAMS-PSP)内的大数据中断,无法及时的高质量服务。 虽然许多客户可以使用现代技术轻松且快速地将其服务请求提交,但SAMS-PSP没有同样自动化的大数据驱动功能来处理这些服务请求的不断增长的需求。 为了有效地改善SAMS-PSP的客户付款服务请求处理速度,人员优化,吞吐量和低延迟调度,我们通过匹配请求优先级开发了一种新的客户支付服务请求调度调度算法,优先符合最佳人员来处理基于数据分析的请求 通过机器学习。 我们的实验和测试已经确认了这种新算法的优点。 我们也在将这种新算法应用于现实世界支付运营的过程中。

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