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| Title: | 基於智慧卡之使用者身分辨識之設計與應用
The Design and Applications of User Authentication Based on Smart Cards |
| Authors: | 劉怡萱 |
| Contributors: | 左瑞麟
劉怡萱 |
| Keywords: | 匿名性
身份辨識
混沌對應(chaotic maps)
多重伺服器 |
| Date: | 2013 |
| Issue Date: | 2014-07-29 16:11:35 (UTC+8) |
| Abstract: | 隨著網際網路的普及化，使用者在遠端即可存取系統資料或是使用系統所提供之資源，為了防止非法入侵電腦系統以及保護系統的安全，所以身份驗證是一件很重要的工作。近來，隨著目前科技進步，IC 智慧卡已是一個攜帶方便且具備安全性及計算能力的儲存載具， 其應用範圍相當廣泛，因此,透過IC智慧卡作為身分辨識的通行驗證的協定技術，以確保個人存取資料之安全,也是現今許多學者愈來愈重要之考量。然而目前大部份已被提出之智慧卡作為身分辨識之安全通行協定，系統與使用者端都須事先建立公開金鑰系統 這可能對智慧卡造成計算量與記憶體之負擔。於2013，Guo 和Chang學者基於混沌對應( chaotic maps)之原理，且不須使用公開金鑰系統，提出一個適用於智慧卡且具使用者匿名(user anonymity) 性質的身分辨識，防止被追蹤與保護使用者的資訊安全。但是，我們發現他們所提之方法並不具有匿名(user anonymity) 性質，且無法提供使用者自行可任意更改其密碼，需透過遠端系統之運算才行。因此，本研究提出了一個身分辨識驗證的改進方式，適用於智慧卡且具匿名(user anonymity) 性質，即使當智慧卡內之儲存內容遭讀取時，我們之協定仍然能確保使用者與遠端系統的安全性，且所提之研究方法更適於智慧卡與行動裝置之使用者。
另一方面，由於科技之進步，讓社會大眾得以透過網路於各個不同之伺服器端來存取資源，使得遠端使用者身份辨識於多重伺服器存取資源的安全越來越重要。然而，目前被提出的單一註冊之遠端身份辨識於多重伺服器存取的安全協定，大部份易遭受非法攻擊，例如:內部攻擊，密碼猜測攻擊，與偽造攻擊等。因此，本研究基於混沌對應( chaotic maps)亦提出一個新的認證協定於多重伺服器存取安全之研究，以利不同環境之使用，所提之方法除了能提高驗證階段的效率且能符合各種不同之安全性質，以確保使用者與遠端系統之安全。
User authentication is an important technology to guarantee that only the legal users can access resources from the remote server. Recently, the smart card based password authentication scheme became more and more important and functional. There are many mutual authentication protocols with user anonymity proposed in literature for preventing unauthorized parties from accessing resources through insecure environment. However, most of them are based on smart cards have to establish public key cryptosystems in advance. To solve the problem, in 2013, based on chaotic maps, Guo and Chang proposed an efficient mutual authentication protocol with user anonymity for the smart card. Unfortunately, this study will demonstrate their scheme could not achieve the user anonymity property, and do not allow changing password freely for the user. Then, we proposed a new method to remedy the weaknesses. The proposed method is secure even if the secret information stored in the smart card is compromised. Only one-way hash function and simple polynomial computations are involved in our protocol. It is more suitable for practice implementation.
In addition, ubiquitous computing has become very popular where multiple servers are involved in authenticating their users. Single registration and user authentication are important issues for multi-server environments. However, most of them are still vulnerable to various security problems. In this study, based on the Chebyshev chaotic maps, we will propose a new user authentication protocol for multi-server networks. Our protocol not only could withstand various attacks but also provide much better performance when compared to other related protocols. |
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| Description: | 碩士
國立政治大學
資訊科學學系
101753031
102 |
| Source URI: | http://thesis.lib.nccu.edu.tw/record/#G0101753031 |
| Data Type: | thesis |
| Appears in Collections: | [資訊科學系] 學位論文
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