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ABSTRACT This study examines how circular economy (CE) practices relate to supply chain resilience (SCRES), focusing on the capability‐based mechanisms through which CE strategies may influence resilience outcomes. Drawing on survey data from 125 Italian firms engaged in CE initiatives, we employ partial least squares structural equation modelling (PLS‐
Roberta Pellegrino +4 more
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ABSTRACT The transition to net zero (NZ) faces challenges such as uneven institutional readiness, fragmented policy frameworks and rising energy demands from population growth, economic expansion and artificial intelligence (AI). These obstacles are intensified by technological, financial and regulatory uncertainties that impede coordinated efforts ...
Mohamed Shrief +3 more
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ABSTRACT Circular ecosystems connect diverse actors who collaborate to close resource loops and pursue sustainable goals without centralized control. Such arrangements entail heightened interdependence and uncertainty, making trust, understood as the willingness to accept vulnerability based on positive expectations of others' behavior, a critical ...
Inken Hoeck, Tassilo Schuster
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Smart Cities Leading the Green Transition: Linking Open Innovation and Entrepreneurial Dynamics
ABSTRACT Smart cities today are vibrant spaces where technology, collaboration, and sustainability come together to shape a better future. The green transition in cities is not just about building greener infrastructure or cutting emissions. It also changes how people, institutions, and businesses think and act.
Filippo Marchesani, Nabila Abid
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Special issue on decentralized autonomous systems. Construction of decentralized autonomous systems.
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IEEE Internet Computing, 2022
The articles in this special section focuses on decentralized systems. Our world is filled with decentralized systems, human society and organizations being the most familiar examples. In such systems, we see multiple loci of ownership or control, representing different parties or administrative domains.
Samuel H. Christie V. +3 more
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The articles in this special section focuses on decentralized systems. Our world is filled with decentralized systems, human society and organizations being the most familiar examples. In such systems, we see multiple loci of ownership or control, representing different parties or administrative domains.
Samuel H. Christie V. +3 more
openaire +1 more source
ON DECENTRALIZED OBSERVATION AND DECENTRALIZED CONTROL OF LARGE SCALE SYSTEMS
Acta Mathematica Scientia, 1991Given a linear large scale system \(\dot x=Ax+Bu\), \(y=Cx\), where the \(n\)- dimensional state vector is composed of \(p\) subvectors \(x_ 1,\dots,x_ p\), and the inputs \(u\) and outputs \(y\) decompose accordingly the problem of decentralized feedback stabilization with a decentralized observer is posed and solved in terms of stabilizability and ...
Yu, Runyi, Gao, Weibing
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Dependability assessment for decentralized systems
Proceedings ISADS 95. Second International Symposium on Autonomous Decentralized Systems, 2002Conventional dependability measures, such as reliability or availability, assume that the equipment characterized by the measure is either operational or has failed. This dichotomy does not hold for decentralized or distributed systems because these can operate in modes in which partial or degraded service is furnished. Whether a specific degraded mode
Herbert Hecht, Myron Hecht
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Decentralized Receiver in a MIMO system
2006 IEEE International Symposium on Information Theory, 2006In this paper we investigate the achievable rate of a system that includes a nomadic transmitter with several antennas, which is received by multiple agents, each with a single antenna, suffering independent channel coefficients and additive Gaussian noises. Since the transmitter is nomadic, the agents do not have any decoding ability.
Amichai Sanderovich +3 more
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Decentralized Bisimulation for Multiagent Systems
International Joint Conference on Autonomous Agents and Multiagent Systems, 2015The notion of bisimulation has been introduced as a powerful way to abstract from details of systems in the formal verification community. When applying to multiagent systems, classical bisimulations will allow one agent to make decisions based on full histories of others. Thus, as a general concept, classical bisimulations are unrealistically powerful
Lei Song 0001 +2 more
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