Putting high-level Petri nets to work in industry
Computers in Industry
Agile networking: competing through the Internet and intranet
Agile networking: competing through the Internet and intranet
Petri net based modeling of hybrid systems
Computers in Industry - Special issue: ASI'96: life cycle approaches to production systems: management, control and supervision
The agile virtual enterprise: cases, metrics, tools
The agile virtual enterprise: cases, metrics, tools
The interconnected chain of enterprises as presented by the Purdue Enterprise Reference Architecture
Computers in Industry - Special issue on advances in computer integrated production in honour of professor C.L. Moodie's retirement
Agility of networked enterprises—parallelism, error recovery and conflict resolution
Computers in Industry - Special issue on advances in computer integrated production in honour of professor C.L. Moodie's retirement
Framework for business process redesign
WET-ICE '95 Proceedings of the 4th Workshop on Enabling Technologies: Infrastructure for Collaborative Enterprises (WET-ICE'95)
Elements of a base VE infrastructure
Computers in Industry - Special issue: Virtual enterprise management
Hybrid Graph Theory and Network Analysis
Hybrid Graph Theory and Network Analysis
A best-matching protocol for collaborative e-work and e-manufacturing
International Journal of Computer Integrated Manufacturing
Demand and capacity sharing decisions and protocols in a collaborative network of enterprises
Decision Support Systems
Towards assessing performance in service computing
ICSOC'10 Proceedings of the 2010 international conference on Service-oriented computing
Computers and Industrial Engineering
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Collaborative networked organizations (CNOs) are a powerful mechanism to achieve competitiveness in today's turbulent market conditions. The aim of the work reported in this article is to contribute towards CNO formal modeling and performance analysis from an economic perspective. A recently developed, combined three-dimensional approach for CNO performance assessment, based on the key metrics of cost, payoff and agility is presented, with emphasis on the Join/Leave/Remain (JLR) problem which has been defined in this project.