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首页> 外文期刊>Journal of cryptographic engineering >Efficient software implementation of public-key cryptography on sensor networks using the MSP430X microcontroller
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Efficient software implementation of public-key cryptography on sensor networks using the MSP430X microcontroller

机译:使用MSP430X微控制器在传感器网络上高效实现公钥加密的软件

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In this work, we describe a software implementation of elliptic curve cryptography and pairing-based cryptography for the MSP430 microcontroller family, which is used in wireless sensors. Digital signature, short signature and key distribution protocols were implemented at the 80- and 128-bit levels of security, over both binary and prime fields. The timing results of our software implementation show an improvement of about 25-30% in the pairing computation over previous implementations. We also provide results for the MSP430X extension of the original family, which has new instructions. In particular, using the new 32-bit hardware multiplier available in some MSP430X models, we have achieved a further improvement of about 45% in the prime field multiplication and 20-30% in protocol timings. The combination of fast algorithms and improved hardware allows us to show that even the 128-bit level of security can be considered feasible for this platform.
机译:在这项工作中,我们描述了用于无线传感器的MSP430微控制器系列的椭圆曲线密码学和基于配对的密码学的软件实现。数字签名,短签名和密钥分发协议是在二进制字段和素数字段的80位和128位安全级别上实现的。我们的软件实现的时序结果显示,配对计算比以前的实现提高了约25-30%。我们还为原始系列的MSP430X扩展提供了结果,并提供了新的说明。特别是,使用某些MSP430X型号中可用的新的32位硬件乘法器,我们在素数域乘法和协议时序方面实现了约45%的进一步改进。快速算法和改进的硬件的结合使我们能够证明,即使128位安全级别也可以被认为对于该平台是可行的。

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