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中文摘要：
以便提高机器人应用的安全，我们建议一基于机器人申请加强方法重新包装和动态权威管理计划。而不是使用根特权和系统修正，我们介绍用户级的沙箱，它利用本国的 C 水平拦截机制，增强风险应用推进并且改进机器人系统的全部安全。由进口并且改善重新包装的特征，另外，这个建议计划减少应用程序的潜在的风险并且达到权限的动态监视的目标。最后，全面评估包括有 1 000 个恶意软件的效率分析和察觉评估，谁的总的来说平均成功率，是大约 96% ，显示出建议计划的可行性和普遍性。
英文摘要：
In order to enhance the security of Android applications, we propose a repackaging and dynamic authority management scheme based on Android application reinforcement methods Instead of using root privileges and system modification, we introduce a user-level sandbox, which utilizes the native C-level interception mechanism, to further reinforce the risk applications and improve the entire security of Android system. Additionally, by importing and improving the repackaging features, this proposed scheme reduces the potential risks of applications and achieves the goal of the dynamic monitoring of permissions. Finally, a comprehensive evaluation, including efficiency analysis and detection evaluation with 1 000 malwares, whose overall average success rate is about 96%, shows the feasibility and univer- sality of the proposed scheme.
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