Supplying sustainable energy is of a critical prominence nowadays. A main outcome of the
gallo** development in energy generation technologies is the ability to integrate multi …

Power systems consist of interdependent cyber and physical networks: the physical network
supplies energy to the cyber network for data exchange, while the data exchange provides …

Networks of mass flows describe the basic structure of ecosystems as food webs, and of
economy as input–output tables. Matter leaving a node in these networks can return to it …

Configuring the network connections in industrial, power, and water networks to mimic the
structural patterns of ecological food webs has been shown to improve the resilience of …

Modern power grids and other complex systems are a fusion of physical and cyber
components, giving rise to intricate interdependencies. These interdependencies, however …

Global issues, such as supply chain disruptions, have increased awareness of the
importance of manufacturing systems being able to quickly bounce back from disturbances …

Human networks and engineered systems are traditionally designed to maximize efficiency.
Ecosystems on the other hand, achieve long-term robustness and sustainability by …

Sustainable and resilient buildings ensure safety and lifespan while also benefiting the
environment. Leadership in Energy and Environmental Design (LEED) is one respectable …

There were three basic forms of land system evolution: fluctuation, degradation and
optimization. Based on the basic principles of system analysis, this study established a …

Satellite networks, here defined as groups of artificial satellites where the satellites are
interconnected by communications links, are increasing in size, number, and criticality. As …