This chapter studies both the quality of service (QoS) and quality of experience (QoE) of
unmanned aerial vehicle cyber-physical systems (UAV-CPSs). These parameters help to …

An essential aspect of resilience within Cyber-Physical Systems stands in their capacity of
early detection of faults before they generate failures. Faults can be of any origin, either …

Efficient decision-making over continuously changing data is essential for many application
domains such as cyber-physical systems, industry digitalization, etc. Modern stream …

Cyber-Physical Systems (CPSs) are large-scale complex systems that monitor and control
physical processes by using computer algorithms tightly integrated with networking and their …

Fault tolerance in IoT systems is challenging to overcome due to its complexity, dynamicity,
and heterogeneity. IoT systems are typically designed and constructed in layers. Every layer …

Software failures inform engineering work, standards, regulations. For example, the Log4J
vulnerability brought government and industry attention to evaluating and securing software …

Water is one of the most important resources in our lives, and because of this, the interest in
water management systems is growing constantly. A primary concern regarding urban water …

Abstract CPS (Cyber Physical System) is a large and complex real-time feedback system
that integrates computing processes, physical processes, communication networks, sensor …

Fog computing improves IoT systems by analyzing and storing data locally at the network
edge. However, it is challenging to design a fog-based IoT system data flow as data …

In this position paper, we explore a way to assess deployment architectures for intelligent
Cyber-Physical Systems (iCPS). Our long-term goal is to establish a method that allows a …