An enhanced smart multi-banking integrated system — Service oriented approach

P. Iyappan, V. PrasannaVenkatesan, R. Amarnath, L. Noor Mouhammed, A. Selvamani
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引用次数: 2

Abstract

Nowadays smart way of doing the work is very familiar among every business oriented enterprise applications. In this paper we propose an enhanced smart multi-banking integrated using service oriented composition model by which using single username and password the user can able to access multiple bank accounts. Every user can have more than one bank accounts and each bank provides different username and passwords. To operate his/her account he/she wants to remember all the user name and password of each bank. This Multi Banking Interface is aimed to enhance the current services of the bank to meet the requirements for future-banking world for the users who is having accounts in multiple banks. By using this interface any user who is having accounts in various banks can directly login to Multiple Banks and make any kind of transactions. By using this interface client can also able to see all various bank account summaries in the single page. He/she can get minimum 10 transaction details of all banks. Even amount can be transacted between the banks in the single interface. In addition to this, the main feature of the paper is, Sometimes the client need a particular amount, but all the banks in which he/she has account is having balance lesser then the required amount. For this we are providing a dynamic service composition interface to overcome this problem. Consider `n' number of banks is going to participate in multi-banking interface. Here one of the banks acts as a primary and remaining are secondary one. Consider the scenario that the user requires the amount of Rs.10000/- but no banks have full-required amount. Now the integrated system checks whether 60% of required amount is available in any of the banks. If so, it takes the amount from the corresponding bank otherwise it checks for 50% of required amount and so on for particular limit. Similarly, the remaining amount is taken from other banks in such criteria. Now the integrated system transfers the amount, which is taken from the secondary banks to primary bank account. Finally From the primary bank account the user can withdraw the required amount. If the client needs to add one more bank he/she can add the bank details and make our system to composite with the existing bank services dynamically.
增强型智能多银行综合系统——以服务为导向
如今,智能的工作方式在每个面向业务的企业应用程序中都很常见。本文提出了一种基于面向服务的组合模型的增强型智能多银行集成,通过该模型,用户可以使用单个用户名和密码访问多个银行账户。每个用户可以拥有多个银行账户,每个银行提供不同的用户名和密码。为了操作他/她的账户,他/她需要记住每个银行的所有用户名和密码。该多银行接口旨在增强银行的现有服务,以满足在多家银行拥有账户的用户对未来银行世界的需求。通过使用该接口,任何在不同银行拥有账户的用户都可以直接登录到多个银行并进行任何类型的交易。通过使用此接口,客户端还可以在单个页面中查看所有不同的银行帐户摘要。他/她可以获得至少10个所有银行的交易详情。银行间可以在单一界面上进行均匀金额的交易。除此之外,该论文的主要特点是,有时客户需要一笔特定的金额,但他/她有账户的所有银行的余额都低于所需的金额。为此,我们提供了一个动态服务组合接口来克服这个问题。考虑将有n家银行参与多银行接口。其中一家银行是主要银行,其余的都是次要银行。考虑这样一个场景:用户需要的金额为Rs.10000/,但没有银行有足够的金额。现在,集成系统检查在任何一家银行是否有所需金额的60%可用。如果是,它从相应的银行提取金额,否则它将检查所需金额的50%,以此类推,以达到特定的限额。同样,其余的金额也从其他银行提取。现在,综合系统将从二级银行提取的金额转移到一级银行账户。最后,用户可以从主银行账户中提取所需的金额。如果客户需要添加更多的银行,他/她可以添加银行详细信息,并使我们的系统与现有的银行服务动态组合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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