A Secure Mobile Electronic Payment Architecture for Heterogeneous Wireless Mobile Networks
Date Issued
2006
Date
2006
Author(s)
Chen, Hung-Yueh
DOI
en-US
Abstract
When the basic functionalities of heterogeneous wireless mobile networks have been in place, network operators are interested in creating value-added mobile applications due to the high demand of electronic trading over the wireless networks or mobile commerce (m-commerce). A good solid secure and robust trading model is needed in order to attract more users (customers) of mobile applications.
This paper proposes and implements a secure trading platform named Mobile Electronic Payment (MEP) for heterogeneous wireless mobile networks, which applies the emerging ID-based cryptography for key agreement and management. Our MEP platform attempts to alleviate the
computational cost, reduce the memory space requirement in mobile devices and meet the requirements for secure trading: avoidance of overspending and double spending, the fairness, the user anonymity, and the privacy. Our design is transparent to the bearer networks and is of low deployment cost. We expect that our MEP provides a viable trading architecture for the future mobile applications.
Subjects
雙線性配對
身分為基礎密碼系統
小額計費
行動應用
安全性
計費
Bilinear Pairing
Identity-Based Cryptography
Micropayment
Mobile Application
Security
Billing
Type
thesis
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