With the rapid development and widespread utilization of advanced communication, sensing, and computation technologies, increasing attention has been paid to develop new techniques of control and filtering for distributed networked systems. Note that the utilization of communication networks can improve efficiency, flexibility, and scalability in designing networked controllers and filters. However, communication networks usually suffer from communication resource constraints with detrimental consequences, such as long latency, increased packet dropout, reduced throughput, and so on. In order to address the challenges caused by limited communication resources, an event-triggered communication paradigm is an effective and promising technique that can significantly reduce computation/communication utilization while maintaining the desired estimation and the control performance. As a result, a variety of event-triggered control and filtering techniques for distributed networked systems have been proposed.

中文翻译：

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分布式网络系统的事件触发控制和过滤特刊

随着先进的通信、传感和计算技术的快速发展和广泛应用，开发用于分布式网络系统的控制和过滤新技术越来越受到重视。请注意，利用通信网络可以提高设计联网控制器和滤波器的效率、灵活性和可扩展性。然而，通信网络通常会受到通信资源限制和不利后果的影响，例如延迟时间长、丢包率增加、吞吐量降低等。为应对通信资源有限带来的挑战，事件触发的通信范式是一种有效且有前途的技术，可以显着降低计算/通信利用率，同时保持所需的估计和控制性能。因此，已经提出了用于分布式网络系统的各种事件触发控制和过滤技术。