Sentence examples for verification and modification from inspiring English sources
After reviewing the rockburst phenomenon, types of rockbursts, damage mechanisms, and rockburst support design principles and acceptability criteria, this paper describes that the support selection process in burst-prone ground is iterative, requiring design verification and modification based on field observations.
Successive rounds of model parameterization, verification, and modification require a close collaboration between computational scientists, experimental biologists, and clinicians.
This new refinement engine would be open source and therefore available for verification and modification by others.
Putative peptides were obtained by conceptual translation with OrfPredictor [ 67], then searched against protein databases with BLASTP for verification and modification [ 65].
However, we determined that it has several defects (Table 2), which implies that careful verifications and modifications are required when using it.
Corresponding soundness verification and dynamic modification are discussed accordingly based on the new modelling method.
The feedback loop design involves a circular process consisting of the design, design verification, and design modification using an optimization design algorithm and multidisciplinary analysis tools.
Techniques/procedures/documentation requirements are a very much simplified requirement of that given in IEC 61508 and are more in-line with those given in IEC 61511 (application level requirements) and consist of, requirement specification for the SRP/CS and safety functions, design and integration, verification and validation, modification, and documentation.
The improved SUP MLPA and sequencing gel electrophoresis method will be useful for food and animal feed identification, bacterial detection, and verification of genetic modification status of crops.
Process of the TBS interfaces management covers the planning, definition and description, verification and review, non-conformances and deviations, and modification and improvement processes.
Our results suggest that this approach is both quantitative, allowing statistical verification and calibration, and extensible, allowing modification and revision as guided by experimental evidence.
