Complexity is a mantra of our times, which often blends with sustainability, resiliency, innovation, transition (to digitalization, to a greener economy, to low-emission mobility, etc.), thus directly impacting on the everyday work of Systems & Control researchers and professionals. Indeed, complex dynamical systems are found in a wide variety of domains, ranging from those encompassed in life sciences to those anchored in man-made systems like engineering, energy, and finance. Hence, the key role of the Systems-&-Control scientific community in understanding and governing complexity has clearly emerged in the latest years.
Foreword / A.M. Perdon, E. Zattoni, J.J. Loiseau,. - ELETTRONICO. - (2022), pp. 7-7. [10.1016/S2405-8963(23)00176-3]
Foreword
E. Zattoni
;
2022
Abstract
Complexity is a mantra of our times, which often blends with sustainability, resiliency, innovation, transition (to digitalization, to a greener economy, to low-emission mobility, etc.), thus directly impacting on the everyday work of Systems & Control researchers and professionals. Indeed, complex dynamical systems are found in a wide variety of domains, ranging from those encompassed in life sciences to those anchored in man-made systems like engineering, energy, and finance. Hence, the key role of the Systems-&-Control scientific community in understanding and governing complexity has clearly emerged in the latest years.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
