Sentence examples for approaches for dynamically from inspiring English sources

The hierarchical multi-agent system architecture offers a promising framework with their novel approaches for dynamically creating and managing design tasks in widely distributed and ever-changing design environments while the knowledge based design approach provide a foundation for supporting reusable design abilities.

We expect such approaches for dynamically controlling the properties of materials to be helpful in establishing a more complete understanding of how cells respond to their extracellular environment, and assist in the rational design of cell-delivery systems for applications in regenerative medicine.

Total disc replacement is a novel approach for dynamically stabilizing a painful intervertebral segment.

The algorithm is based on an analytical approach for dynamically evaluating the optimal packet size.

In this paper, the proposed algorithm gives effective approach for dynamically reconfigurable of the design in real time application with new software service component using clustering techniques.

The obtained experimental results highlight the potential of our proposal in using a supervised learning based approach for dynamically configuring data structures instances.

For improving the performance of HPC applications, HTS introduces an automated approach for dynamically discovering, loading and binding parallel components tuned for the characteristics of the parallel computing platforms where the application will execute.

This paper presents an optimization approach for dynamically scheduling aircraft operations and supporting air traffic controllers in both determining and implementing operationally feasible landing and departure times at an airport.

The work presented in this article proposes a novel architecture, development workflow, and modelling approach for dynamically reconfigurable systems management using an object model that offers a global solution.

Multi-agent system architecture offers a promising framework with its novel approach for dynamically creating and managing agent communities in widely distributed and ever-changing design environments; while the genetic algorithm based approach provides a foundation for supporting evolutionary and innovative design abilities.

The main innovation of the study presented in this article lies in the fact that the article presents an approach for dynamically learning both context information and user preferences, the combination of which could be exploited in a later stage for the selection of the most appropriate network configuration.