A study on Security Status Matrix (SSM) in Urban Computing

Hoon Ko, C. Ramos
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引用次数: 1

Abstract

Urban Computing (UrC) which process based on interactive among all objects involves all elements of users/space as computing target. That is, UrC can support better conditions than ubiquitous computing by using user/space information. However, user can't to be safe using without security processing in any computing environment. Although there are many security skills, there are difficult to adapt on dynamic changing of UrC. The most important factors of security are encrypting algorithm/the number of round of encrypt/Key size. And encrypting algorithm / the number of round of encrypting algorithm / Key size has to be changed automatically for mobile devices. To using them, we studied Security Status Matrix (SSM). In this paper is for making SSM structure based on UrC as the first version.
城市计算中的安全状态矩阵研究
城市计算(Urban Computing, UrC)是一种以所有对象之间的交互为基础,以用户/空间的所有元素为计算对象的计算方法。也就是说,通过使用用户/空间信息,UrC可以支持比普适计算更好的条件。然而,在任何计算环境中,用户都不能在没有安全处理的情况下安全使用。虽然有很多安全技能,但很难适应UrC的动态变化。最重要的安全因素是加密算法/加密轮数/密钥大小。对于移动设备,加密算法/加密算法的轮数/密钥大小必须自动更改。为了使用它们,我们研究了安全状态矩阵(SSM)。本文是基于UrC作为第一个版本制作SSM结构。
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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