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首页> 外文期刊>Journal of Theoretical and Applied Information Technology >STUDY ON MANAGEMENT ALTERNATIVES ON AGILE METHOD BASED FINANCIAL SECURITY SOFTWARE PROJECT
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STUDY ON MANAGEMENT ALTERNATIVES ON AGILE METHOD BASED FINANCIAL SECURITY SOFTWARE PROJECT

机译:基于敏捷方法的金融安全软件项目管理替代方案的研究

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In tandem with development of information technologies, telecommunication environment, infrastructure and device etc. are getting smarter and converged. As non-facing service transactions are expanded, financial institutions provide internet banking service, which customers are using with convenience. Accordingly, the information system market related with finance is anticipated to experience much changes in system setup due to change in business and financial environment, and upgrade or new development is continuously performed. However due to the development of informatized society, hacking and virus attack technics are becoming sophisticated and diversified, and also as the cases of infringement of personal privacy etc. are continuously occurring, much efforts are required to resolve these situations. Especially, the current attack paradigm on electronic financial service is concentrated on the customers using electronic finance, so the need for security system is ever increasing to resolve this situation. However, in pursuit of any effort to resolve such situation by proceeding financial security related project, mostly the time and cost incurred for the project is burdensome. Especially, most of such projects accompany numerous risks, and representatively any change in requirements of customers is exercising so heavy influence as to determine the success of the project. Any change in requirements related to financial security shall be immediately processed, but delay of project often occurs due to poor communication between developer and customer. In this regard, this thesis proposes the system to compose development team based on Agile Methods, to differentiate the role of team members and manage the project period, in case financial security software project is performed while development period and development cost is fixed. Also in order to verify the proposed system, actual project is implemented and comparison is made with the waterfall model which is the traditional development methodology. The result of verification shows effect of reduced number of 8% days required for development saving effect. By the proposed system, it is expected that successful progress of financial security related software project would be possible. In the future, subsequent studies on flexible expandability and systematic management methodology are necessary.
机译:随着信息技术的发展,电信环境,基础设施和设备等正在变得越来越智能和融合。随着非面向服务交易的扩展,金融机构提供了互联网银行服务,客户可以方便地使用它们。因此,与金融相关的信息系统市场预计会由于商业和金融环境的变化而在系统设置方面经历很多变化,并且不断进行升级或新开发。但是,由于信息社会的发展,黑客和病毒攻击技术变得越来越复杂和多样化,并且随着侵犯个人隐私等案件的不断发生,需要付出很多努力来解决这些情况。特别地,当前对电子金融服务的攻击范例集中在使用电子金融的客户上,因此对解决这种情况的安全系统的需求不断增长。然而,在寻求通过进行与金融安全相关的项目来解决这种情况的任何努力时,该项目所花费的时间和成本大部分是沉重的。尤其是,大多数此类项目都伴随着众多风险,并且代表性的是,客户需求的任何变化都具有巨大的影响力,从而决定了项目的成功。与财务安全有关的任何要求变更均应立即处理,但由于开发人员与客户之间的沟通不畅,经常会导致项目延迟。鉴于此,本文提出了一种在敏捷开发方法和系统开发过程中,在确定开发周期和开发成本的前提下,在执行财务安全软件项目的情况下,基于敏捷方法组成开发团队的系统,以区分团队成员的角色并管理项目周期。此外,为了验证所提出的系统,实施了实际项目,并与传统开发方法的瀑布模型进行了比较。验证结果表明,节省开发效果所需的天数减少了8%。通过所提出的系统,预期金融安全相关软件项目的成功进展将是可能的。将来,有必要对柔性扩展和系统管理方法进行后续研究。

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