Sentence examples for uncertainty requirements from inspiring English sources

These results can be used to optimise LiDAR survey data collection configuration and in the design of tools to ensure the objectives and uncertainty requirements of projects requiring terrain derivative products are successfully achieved.

Our results indicate that measurement uncertainty does not meet target uncertainty requirements for certain applications.

The aim of this approach was not to merge chemicals, but to increase their quality using the uncertainty requirements defined earlier.

These results were in agreement with the variations found by other studies [34, 35] and also fulfil the ±25 % uncertainty requirement of the European Directive for indicative monitoring with diffusion samplers [36].

The role of experiments for the determination of minor actinide nuclear data is presented as essential to meet the tight uncertainties requirements derived by sensitivity analyses for innovative systems designed to significantly reduce the amount of high level nuclear waste.

Additionally, Professor Kyle Jensen will provide a workshop on Agile Project Management frameworks to help close-knit teams develop complex software products amidst uncertainty, changing requirements, and diverse stakeholders.

Political and economic uncertainty, tougher requirements by the Securities and Exchange Commission and brutal competition for investment dollars are among the challenges facing the industry in 2012, said Howard Altman, co-chief executive of the Financial Services Group at Rothstein Kass.

The ability of a team to solve problems that arise before and during the course of the project can help overcome uncertainty of requirements.

As our prior case studies have revealed, this separation causes uncertainty in requirements negotiation that hinders progress, limits the success of architecture design, and often leads to wasted effort and substantial re-work later in the development life-cycle.

There was uncertainty regarding requirements for masks or respirators because of uncertainty about the relative roles of droplet versus aerosol transmission.

Such high uncertainty about requirements compromises attempts at conducting nutrition trials without indirect calorimetry support because the results cannot be trusted; indeed, both underfeeding and overfeeding are equally deleterious.