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Towards Algorithm Agility for Wireless Sensor Networks Comparison of the Portability of Selected Hash Functions

机译:对于无线传感器网络的算法敏捷性,所选散列函数的便携性的比较

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Cryptographic hash functions are an important building block used in many cryptosystems. The flexibility and ability of a system designer to choose the most fitting function for a given system enables fast, efficient and secure designs. In this position paper we give preliminary results of porting three selected hash algorithms to Iris and MicaZ Sensor nodes in terms of achieved performance, memory requirements and the influence of different compiler optimizations on these measurements. Our main goal is to provide a sort of baseline approximation of how much effort is needed to port reference code of these algorithms to a new platform without trying to optimize it, leaving all this work to the compiler; enabling designers to not having to stick to already ported algorithms, when they might be suboptimally suited for a given environment.
机译:加密散列函数是许多密码系统中使用的重要构建块。系统设计者为给定系统选择最拟合功能的灵活性和能力使得设计快,高效和安全的设计。在此位置纸张中,我们在实现性能,内存要求和不同编译器优化对这些测量的情况下,向虹膜和MICAZ传感器节点移植三个选定哈希算法的初步结果。我们的主要目标是提供一种基线近似,以便在不尝试优化它的情况下将这些算法的参考代码港口参考这些算法的参考代码港口的基准近似值,将所有这项工作留给编译器;当它们可能依靠适合给定的环境时,使设计人员能够不必坚持到已经移植的算法。

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