Sentence examples for continuous verification of from inspiring English sources

Whereas fads often emerge from the lower echelons of society, and thus constitute a potential challenge to the class structure of society, fashion generally flows from the higher levels to the lower levels, providing a continuous verification of class differences.

The continuous verification of process reliability is essential to semiconductor manufacturing.

All the while, the agile themes of incremental development and continuous verification of engineering data are emphasized.

The chapter emphasizes the iterative and collaborative nature of the engineering process with a special care for the continuous verification of engineering choices.

Key methodological approaches incremental engineering, dynamic planning, continuous verification (of engineering data), continuous integration, and so on are all explained in the context of systems engineering.

For approaches that enable continuous verification of identity but do not interrupt the user's activity, passive biometric technologies, such as keystroke analysis and facial recognition, have shown great potential [5 8].

The company launched last year with a tool called Continuous Verification to verify that a continuous delivery build got deployed.

As a consequence, the use of IMRT without precise localization of the tumor and sensitive structures, at both the planning and delivery stages, and the absence of continuous verification represent the most significant challenges to the implementation of IMRT in routine clinical use.

"It will allow continuous verification that our systems are working as they should, and enable our partners to easily query the ledger to check for particular types of data use.

Therefore, continuous verification and validation is still necessary to check that the new improvements introduced in such codes allow also a better prediction of these Phébus tests.

However, the discovery of stem cell plasticity, and continuous breakthroughs in verification of the causal relationship between molecules and aging-related diseases, for example, using different cell culture systems and animal models, have provided opportunity for collaborative innovation in the research on aging and aging-related diseases.