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An Authenticated Encryption Based Security Framework for NoC Architectures

机译:用于NoC架构的基于身份验证的加密安全框架

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Network on Chip (NoC) is an emerging solution to the existing scalability problems with SoC. However it is exposed to security threats like extraction of secret information from IP cores. In this paper we present an Authenticated Encryption (AE) based security framework for NoC based systems. The security framework resides in Network Interface (NI) of every secure IP core allowing secure communication among such IP cores. We simulated and implemented our framework using Verilog/VHDL modules on top of NoCem emulator. The results showed tolerable area overhead and did not affect the network performance apart from some initial latency.
机译:片上网络(NoC)是针对SoC的现有可扩展性问题的新兴解决方案。但是,它面临着安全威胁,例如从IP内核中提取秘密信息。在本文中,我们为基于NoC的系统提供了基于身份验证加密(AE)的安全框架。安全框架位于每个安全IP内核的网络接口(NI)中,从而允许此类IP内核之间进行安全通信。我们在NoCem仿真器之上使用Verilog / VHDL模块模拟并实现了我们的框架。结果显示了可忍受的区域开销,除了一些初始延迟之外,没有影响网络性能。

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