Sentence examples for several important tasks from inspiring English sources

This chapter motivates smart cameras and distributed algorithms, surveys some background material in traditional computer vision, and describes example distributed computer vision algorithms for several important tasks.

These treatments have several important tasks, with the most important being to stabilize condensed-phase Cr III) compounds in order to limit formation of volatile Cr VI) compounds, which are responsible of SOFC cathode poisoning.

Global sourcing requires several important tasks and has unique challenges.

This emphasis on identifying " the right provider" as one of several important tasks, which also include finding transportation and payment, is one of the answers that led the analysis into the pragmatics of uncertainty.

The processing is domain- and task-independent and includes automatic calculation of several important task and session's parameters, drawing specific graphics, generating tables, and analyzing the correlation coefficient.

Several important engineering tasks supported by model-based tools – such as well-formedness constraint validation or model transformations – rely on efficiently evaluating model queries.

After comprehensive consultation with the client, agreement was reached that the announcement of this $14M Series A funding round was a prime opportunity to accomplish several important messaging tasks as the company transitioned from an engineering-centric early stage entity to a bona fide player.

He participated in several important research tasks such as "General Layout of Socialism with Chinese Characteristics", "Summary of Experiences in Reform and Opening up", "Assessment System of Party and Political Leaders Performancee" and led annual research work "China in Leaders' Eyes", compiled readers for Chinese CPC members and leaders.

STAP was applied to several important analysis tasks, including comparison of TF binding profiles, identification of TF interactions, studying the effect of binding site arrangement (regulatory grammar) and prediction of TF target sequences.

Our study thus identifies several potentially important tasks for enhancing the value and use of personalised risk information: (1) increasing patients' exposure to personalised risk information, (2) providing resources to support deliberative decision-making and (3) providing epistemological education on the nature of medical knowledge and evidence.

Several crucial tasks lie ahead of us.