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Development of a Model Architecture for Job Scheduling

机译:作业调度模型架构的开发

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Job scheduling has a long history. Job schedulers have been one of the major component of IT infrastructure since the early mainframe system, at first, stacks of punched cards were processed one after the other, hence the term batch processing. The aim of a job scheduler was to arrange, control and optimize work and workload in a production process. The study aimed at achieving a job scheduler that can assign jobs to available resources in such a way that workload leveling can be achieved. The objectives of the study included to; ascertain the existing schedule system, design a model platform for job scheduling, implement the model platform for job scheduling, and test and deploy the model platform for job scheduling. The study adopted the spiral development model. The proposed system was developed using java script which is a client scripting language which is used for creating web and windows application and it has almost all online application since the system is an online system. The developed application was tested with field Meta data and the outcome was according to specification and of desired output. The application was hosted on three different servers, one server for the frontend, another server for the backend and the third server for the database, hosting on the three different servers did the magic by making the system faster and easy to optimize.
机译:工作计划有很长的历史。 Job Schedulers是IT基础架构的主要组成部分之一,因为早期的大型系统,首先是一个接一个地处理了一堆穿孔卡,因此术语批处理。作业计划程序的目标是在生产过程中安排,控制和优化工作和工作量。该研究旨在实现一个可以将作业分配给可用资源的作业调度程序,以便可以实现工作负载级别。该研究的目标包括在内;确定现有的计划系统,设计作业调度的模型平台,实现作业调度的模型平台,并测试和部署Job Scheduling的模型平台。该研究采用了螺旋发展模型。建议的系统是使用Java脚本开发的,该脚本是一种客户端脚本语言,用于创建Web和Windows应用程序,并且它几乎所有的在线应用程序,因为系统是在线系统。通过现场元数据测试开发的应用,结果是根据规范和所需输出的结果。该应用程序在三个不同的服务器上托管,一个服务器为前端,另一个服务器为后端和数据库的第三个服务器,通过使系统更快且易于优化来托管三个不同的服务器。

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