论文标题
橄榄石代码：用排列替换标识符，序列编号和nonces
PERIDOT Codes: Replacing Identifiers, Sequence Numbers and Nonces with Permutations
论文作者
论文摘要
标识符和序列编号在某些低功率宽区域网络中构成了协议开销的很大一部分。对身份验证和加密方案中的加密nonce的要求通常要求过长的序列数量，从而导致每个传输数据包的能量消耗增加。在本文中，提出了新颖的橄榄石编码方案。它用代码代替标识符和序列编号，基于接收器可以高信任识别发射机。橄榄石基于分配给发射器的特殊整数排列。提供了橄榄石代码性能的上限，并提供了特别合适的排列方法。在实践中，橄榄石可以显着增加非CE REUSE之间的间隔，同时减少功耗。
Identifiers and sequence numbers make up a large part of the protocol overhead in certain low-power wide-area networks. The requirement for cryptographic nonces in authentication and encryption schemes often demands excessively long sequence numbers, which leads to an increase in energy consumption per transmitted packet. In this paper, the novel PERIDOT coding scheme is proposed. It replaces identifiers and sequence numbers with a code, based on which receivers can identify transmitters with high confidence. PERIDOT is based on specially constructed integer permutations assigned to transmitters. An upper bound on the performance of PERIDOT codes is provided and methods for constructing particularly suitable permutations are presented. In practice, PERIDOT can significantly increase intervals between nonce reuses and, at the same time, reduce power consumption.
