A wireless networked control system (WNCS) consists of a dynamic to be controlled, sensors, actuators, and remote controller. WNCS has two types transmissions, i.e., the sensor's measurement transmission controller controller's command actuator. In this paper, we are surveying literature on communication networks in WNCSs challenges related them, such as standards, delay, Packet dropout, delay ...

Vital nodes identification is the problem of identifying most significant in complex networks, which crucial understanding property networks and has applications various fields such as pandemic controlling energy saving. Traditional methods mainly focus on some types centrality indices, have restricted application cases. To improve flexibility process enable simultaneous multiple mining, a deep...

As numerous sensors and actuators are used in many automated systems, various industrial networks are adopted for real-time distributed control. In order to take advantages of the networking, however, the network implementation should be carefully designed to satisfy real-time requirements considering network induced delays. This paper presents an implementation scheme of a networked control sy...

Independent living of elderly persons in their homes requires support that can be provided with modern assistive technologies. Monitoring of elderly persons behaviour delivers valuable information that can be used for diagnosis and detection of health problems as well as triggering alerts in emergency situations. The paper includes a description of the ultra wideband system developed within Net...

This paper extends a survey on Networked Control Systems (NCSs) published in previous papers. General frameworks and some fundamental issues for the study of NCSs are proposed. A significant emphasis has been on developing control methodologies to study the character of NCSs. This survey paper presents recent NCSs control methodologies, some promising research directions are also covered.

Deeply networked systems are formed when embedded computing systems gain connectivity to each other and to larger enterprise systems. New functionality also brings new survivability challenges, including security across the embedded/enterprise interface. Addressing the needs of deeply networked system survivability is an open challenge that will require new approaches beyond those used for ente...

The development of knowledge-based systems involves the management of a diversity of knowledge sources, computing resources and system users, often geographically distributed. The knowledge acquisition, modeling and representation communities have developed a wide range of tools relevant to the development and management of large-scale knowledge-based systems, but the majority of these tools ru...