The LUCAS project is designed to increase knowledge in the areas of frailty and disability and its' prevention as a contribution to the framework of Bergman and colleagues [ 14].
The contribution of this framework is that it allows exhaustive analysis of the behaviour models that drive the prototype while at the same time enabling immersive exploration of a virtual environment simulating the proposed system.
The contribution of this framework is a systematic description of design alternatives for the specification of instantiation semantics of process modeling languages.
In comparison with existing results, the key contribution of this framework is not a classification but rather a generic conceptual foundation for a better understanding of multiscale modeling, which is intended to be sharable by researchers from different backgrounds.
In this work, we have made various contributions to the framework of the Cage Active Contours (CACs).
In addition to unifying the literature, a major contribution of the designed framework is that it can stimulate thinking about the nature, roles, and future of business analytics initiatives.
The major contribution of the PIS framework is that it provides a basis for a knowledge acquisition method that can facilitate domain experts' direct participation in product modeling, can potentially increase the quality of the resultant model and decrease the product modeling time.
A key contribution of the decision framework is its focus on offering explicit selection criteria that helps health care policy-makers and purchasers committed to using incentives identify the most appropriate incentive models to achieve the desired performance improvement.
The contributions of this framework are the damping performance improvement with fast convergence.
