銀行的利率風險管理是資產負債管理中相當重要的課題,尤其是隨著金融自由化與國際化的發展,同業市場競爭日漸激烈,使銀行利差縮小,獲利能力大不如前,因此如何管理利率風險,避免利率波動對銀行淨值與獲利能力的影響對銀行而言將更形重要。而資訊科技在企業的應用,已從以往輔助性的角色漸漸轉變為增加企業競爭優勢的策略武器。雖然我國金融業引進電腦科技於日常業務處理已有二十年了,但後檯管理作業仍以人工處理為主,如何利用管理資訊系統更有效率的提供相關訊息,已成為各銀行面臨的迫切課題。
然而國內雖有一些資產負債管理資訊系統相關的研究,唯對銀行利率風險管理方面的著墨並不深入;也有些關於銀行利率風險管理相關的文獻,但還沒有專門針對銀行利率風險管理結合管理資訊系統方面的探討。所以本文試圖由此方向出發,建立一銀行利率風險管理資訊系統架構,並運用實際銀行的資料於雛型系統上,發現利用銀行利率風險管理資訊系統,將可更有效率的提供相關訊息,並可將計算複雜、具技術性且專門的利率風險衡量方法及避險工具操作模型納入系統中,增加銀行利率風險管理的效率與效能。 / The interest rate risk management is a very important element in the bank Asset Liability Management(ALM). As the higher degree of deregulation and internationalization of financial environment, bank interest rate spread is compressed and the profit is decreased. Interest rate risk management becomes even more important for banks to maximize its net worth or total profit. The advance of information technology(IT) in business has become one of the most important strategic weapon to increase the business competitive edge. Although there have more than 20 years experience of IT on local financial institution, IT has seldom been used to the decision making levels. So, in the near future, how to apply management information systems(MIS) to help bank management has become a major concern.
In the past, the research on the bank asset liability management system was less emphasis on the application of MIS on the interest rate risk management. This paper provides a bank interest rate risk management system framework which can help the bank managers to assess the interest rate risk. Finally, a bank's historical data was used to evaluate the prototype system, and the result shows that the prototype system could improve the bank interest rate risk management.
Identifer | oai:union.ndltd.org:CHENGCHI/B2002002864 |
Creators | 丁冠光, Ting, Kuan-Kuang |
Publisher | 國立政治大學 |
Source Sets | National Chengchi University Libraries |
Language | 中文 |
Detected Language | English |
Type | text |
Rights | Copyright © nccu library on behalf of the copyright holders |
Page generated in 0.0065 seconds