Sentence examples for deployment in a wide from inspiring English sources

In turn, the novel device architecture and fabrication process extend the functionalities of phased arrays, opening up possibilities for large-scale deployment in a wide variety of applications, including 3-D holography, biomedical sciences, laser detections and ranging (LADAR), and communication.

There is a significant demand for the development of simple, robust, and accurate optical biosensors for deployment in a wide range of applications such as the analysis of molecular structures or the detection of disease agents.

Fig. 15 BSs deployment in a wide indoor scenario: in a 21·6×3·6 m2 grid, we located the BSs on the left-hand side of the aisle.

Furthermore, they are not designed for long-term deployment in a wider campus energy management environment.

Next to the results we describe and motivate the used relay deployments in a wide area, metropolitan area, and an indoor test scenario.

On the other hand, the decentralisation benefits the network in terms of the simplicity it provides and its suitability for cellular deployments in a wide scenario.

GOs will be sites (often supported by field stations and marine labs) that are equipped to pioneer the emerging science, engineering, informatics, and computing of ecogenomics; they will help evolve more mature solutions that are then capable of deployment in a much wider range of situations and places.

In exploring this subject Recchia is persuasive in presenting his own arguments; he is judicious in his engagement of alternative explanations; and he is rigorous in his deployment of a wide range of cases spanning the entire post-Cold War period.

Sensor and actuator deployments can be in a wide area for surveillance and area covering measurements, but also co-located with human users, as in body-area networks.

This has lead to the successful deployment of SAT solvers in a wide range of problems in Engineering and Computer Science.

Recent algorithmic advances in Boolean satisfiability (SAT), along with highly efficient solver implementations, have enabled the successful deployment of SAT technology in a wide range of applications domains, and particularly in electronic design automation (EDA).