论文标题
有限的时间隐私保留量化的平均共识，并停止传输
Finite Time Privacy Preserving Quantized Average Consensus with Transmission Stopping
论文作者
论文摘要
由于它们的灵活性，电池供电或能源收获的无线网络用于不同的应用程序。确保无线设计之间的数据传输至关重要，以避免对隐私敏感的用户数据泄漏。在本文中，我们专注于某些节点很好奇（但不是恶意）的情况，并试图识别一个（或多个）其他节点的初始状态，而某些节点则旨在将其最初状态的隐私从好奇的节点保留。我们提出了保存有限传输事件触发的量化平均共识算法的隐私。它的操作适用于电池供电或能源收获的无线网络，因为它可以保证（i）有效（量化）通信，并且（ii）停止传输（允许保存可用的能源）。此外，我们提出了拓扑条件，拟议算法允许节点保留其隐私。最后，我们将算法与现有文献中其他算法的比较进行了比较。
Due to their flexibility, battery powered or energy-harvesting wireless networks are employed in diverse applications. Securing data transmissions between wireless devises is of critical importance in order to avoid privacy-sensitive user data leakage. In this paper, we focus on the scenario where some nodes are curious (but not malicious) and try to identify the initial states of one (or multiple) other nodes, while some nodes aim to preserve the privacy of their initial states from the curious nodes. We present a privacy preserving finite transmission event-triggered quantized average consensus algorithm. Its operation is suitable for battery-powered or energy-harvesting wireless network since it guarantees (i) efficient (quantized) communication, and (ii) transmission ceasing (which allows preservation of available energy). Furthermore, we present topological conditions under which the proposed algorithm allows nodes to preserve their privacy. We conclude with a comparison of our algorithm against other algorithms in the existing literature.
