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引用次数: 1

摘要

如今,手机环境非常关注有漏洞、恶意或病毒代码的安全威胁,最终用户可以下载这些代码并使手机崩溃。为了防止这种情况,移动电话应用程序运行一个虚拟沙箱,在一个彼此隔离的严格约束的环境中运行每个应用程序。这项工作提出了一个设备中间件,即D-Mid,它利用现有的设备框架来提供一个对抗应用模型,该模型支持对中间件的异构访问,对性能的影响最小。此外,移动设备可能拥有稀缺的资源,例如内存和CPU时钟,因此D-Mid提供了一种针对最小执行环境的控制反转机制。
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Device Middleware for Heterogeneous Access to Java Services
The mobile phone environment is today highly concerned about security threats of buggy, malicious or viruses' code that an end user could download and crash the phone. To prevent this, mobile phones applications operates a virtual sandbox that runs each application in a tightly constrained environment separated from each other. This work proposes a device middleware, namely D-Mid, which leverages an existent device framework to provide an agonistic application model that supports heterogeneous access to the middleware with a minimal impact on performance. Besides mobile devices are likely to have scarce resources, such as memory and CPU clock, so D-Mid provides an inversion of control mechanism that targets a minimal execution environment.
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