Sentence examples for processing and deploying from inspiring English sources

The application depends on recursively obtained sensor readings in a feedback loop mode for processing and deploying a corrective action tot exploits non-linear functions of the state and finds control inputs such as state of system, position, acceleration, peer movement to recursively estimate and improve the quality of resulting estimation for collision avoidance and target localization.

In contrast to traditional approaches to generating questions using text as input and deploying various natural language processing techniques for creating questions, the fifth class of educational applications of question generation exploits linked open data that are a part of the semantic web (Heath and Bizer 2011) for generating questions.

This work is part of the FalaBrasil project [16], which aims at developing and deploying resources and tools for BP speech processing.

Unfortunately, few structural solutions have been devised so far that can be deployed in an interoperable way such that privacy and security can be guaranteed and deployed in legacy image processing applications without breaking existing workflow.

(a) Case 1 & tenant pattern A. (b) Case 1 & tenant pattern B. (c) Case 2 & tenant pattern A. (d) Case 2 & tenant pattern B. (e) Case 3 & tenant pattern A. (f) Case 3 & tenant pattern B. If it takes a lot of time to extract and deploy templates, the total processing time becomes very long, and service providers cannot distribute the released patches quickly.

The solution will be capable of scaling the processing and storage resources, deployed either in a public or on-premise cloud, embedding complex predictive models.

The WAR contains Java servlets for server side processing and can be deployed on any standard application server.

Using CUDA, a basic implementation called The Benchmark Version has been developed and deployed on a Fermi architecture Graphics Processing Unit.

First, it provides full word processing and mathematical typesetting capabilities, so course units could easily be developed and deployed in the classroom, and this has served as the basis for creating an interactive textbook.

Cake is a fully configurable bioinformatics pipeline that integrates four single nucleotide somatic variant-calling algorithms (Bambino, CaVEMan, SAMtools mpileup, and VarScan 2) and deploys an extensive collection of fully customizable post-processing filtering steps.

Moreover, recognizing the strong interactions between ionic liquids design and the processing system deployed to carried out the separation, a simultaneous optimal product and process design is also proposed.