We present a modular approach to specification and verification of concurrency controllers by decoupling their behavior and interface specifications.
The continuous-time approach to specification, estimation and analysis has several features to recommend it for modeling structural changes in regional economies and their relationship with environmental systems.
The paper presents an approach to formal specification, verification and prototyping of network applications ranging from large information systems down to small components embedded e.g. in mobile devices.
In this paper, we address these shortcomings by describing an approach to the specification of impact models based on architectural system descriptions, which at the same time allows us to represent both variability and uncertainty in the outcome of adaptations, hence improving the selection of the best corrective action.
In order to explicitly specify the process states and to separate the business rules from the process flow, an approach to a state-driven specification of a business process is suggested in this paper.
The contribution of this paper is twofold: the application of architectural reconciliation in the context of software evolution and an approach to formalize both the specification and transformation of the architectural models.
Further, we have illustrated a formal approach to vignette specification in terms of a sample vignette, building on well-defined composition mechanisms.
With secondary data sourced from the 2003 Scottish Health Survey (SHeS) we statistically model the combined decisions process, employing a copula approach to model specification.
The Master of Engineering in Systems Engineering degree program at the Penn State Great Valley School of Graduate Professional Studies offers a holistic approach to the specification, design, implementation and eventual retirement of today's increasingly complex systems.
Today, the OMG's model-driven architecture (MDA) makes available an open approach to write specifications and develop applications, separating the application and business functionality from the platform technology.
A Loss Function Approach to Model Specification Testing and Its Relative Efficiency, with Y. Lee, Annals of Statistics 41 (2013), 1166-1203.
