Distributed, Secure, and Event-based signal processing for future Cyber-Physical Systems

我们生活在一个数据泛滥的时代，数据的数量、种类和速度都在爆炸式增长，处理如此大量数据的能力有望限制流行病的传播，了解新兴社会计算系统的动态，并保护加拿大的关键基础设施。该研究项目名为“面向未来网络物理系统的分布式、安全和基于事件的信号处理”（DSEB-CPS），其目标是研究分布式信息融合技术的设计、开发和应用方面有前途的想法，这些技术有助于推进稳健、基于事件、安全和自适应的信号处理系统。网络物理系统（cps）是具有集成计算和通信能力的工程系统，通过网络空间与人类交互，最近出现在几个具有重要工程意义的实际应用中，包括医疗系统，电力/能源电网，航空航天，工业/制造过程控制和运输，其中执行安全和最佳状态估计是关键问题。

We live in an era of data deluge, the volume, variety, and velocity of data is exploding and the ability to process such large amounts of data promises to limit the spread of epidemics, learn the dynamics of emergent social-computational systems, and also protect Canada's critical infrastructures. The objective of this research program, entitled "Distributed, Secure, and Event-based signal processing for future Cyber-Physical Systems", (DSEB-CPS) is to research promising ideas in the design, development and application of distributed information fusion technologies that contribute to the advancement of robust, event-based, secure and adaptive signal processing systems. Cyber-physical systems (CPSs) are engineering systems with integrated computational and communication capabilities that interact with humans through cyber space and have recently emerged in several practical applications of significant engineering importance including medical systems, power/energy grids, aerospace, industrial/manufacturing process control, and transportation, where performing secure and optimal state estimation is the key concern.