SWaP图：可视化便携式原子钟的性能随其尺寸、重量和功率的变化
The SWaP plot: Visualising the performance of portable atomic clocks as a function of their size, weight and power
AI总结：
本研究开发了一个网络资源及交互式SWaP图，用于跟踪从研究转向应用的新一代光原子钟的性能，为精密计时领域提供持续更新的参考。
摘要：
精密计时是现代技术的基础，如全球导航卫星系统（GNSS）、通信网络、金融交易和电网管理。过去50年，微波原子钟一直是计时精度的标准。新一代光原子钟已展现出几个数量级的更优性能，目前正从研究阶段向实际应用过渡。我们提供一个网络资源，通过交互式图表跟踪这些光原子钟的性能，以不同积分时间下的阿伦偏差衡量，对比其SWaP（尺寸、重量、功率）需求。最新数据及额外资源可在线获取，为精密计时领域相关人员提供持续更新的参考，更新时间为2026年8月。
英文摘要：
Precision timekeeping is fundamental to modern technologies such as Global Navigation Satellite Systems (GNSS), communication networks, financial transactions, and power grid management. Over the past 50 years, microwave atomic clocks have been the standard for timing precision. The new generation of optical atomic clocks have demonstrated orders of magnitude better performance, and are now transitioning from research to practical applications. We provide a web resource that tracks the performance of these optical atomic clocks, measured in terms of their Allan deviation at various integration times, against their SWaP requirements via an interactive plot. The most current data and additional resources are available online, providing a continuously updated reference for those interested in precision timing. Updated August 2026.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
