A model driven development approach based on a reference model for predicting disruptive events in a supply process

Agent-based monitoring service for management of disruptive events in supply chains

“…This framework defines a metamodel to represent reactive monitoring models for different type of supply processes. Ferná ndez et al [22] also propose a domainindependent approach by developing a metamodel as a reference model to generate monitoring processes for any type of resource or supply process. This reference model defines an abstract language that, unlike of the previous framework, allows specifying monitoring models for reactive and/or predictive monitoring of orders, resources, even considering environment data.…”

“…8. A reference model for Monitoring Orders and Resources is defined by the tuple RfMo = (Et, Rt) where: Et is a set of entity types that are instances of Eclass of Ecore meta-metamodel; and Rt is a set of relationships allowed between instances of entity types, these relationships are also instances of the Ereference class of Ecore meta-metamodel [22].…”

“…Monitoring system capabilities rely on the monitoring process that defines the set of task to be performed for anticipating/detecting disruptive events [22].…”

“…To address this diversity in a systematic way, Ferná ndez et al [22] proposes a domain-independent metamodel as a reference model to generate monitoring processes for any kind of resources or supply processes. This reference model defines an abstract language that, unlike [13], allows the specification of models for reactive and predictive monitoring based on orders, resources, and environment data.…”

“…Based on the reference model proposed by [22], this paper presents an approach for implementing a monitoring subsystem as a part of an integral service-oriented architecture [23,24] for a Collaborative Management of Disruptive Events in Supply Chains system [25]. The monitoring subsystem can be hired by any enterprise involved in the supply chain.…”