Sentence examples for mitigate difficulties from inspiring English sources

Decisions about structure create opportunities for good process, which can mitigate difficulties caused by language differences and identity issues.

This could mitigate difficulties that were encountered in Sweden, where practitioners were either unaware of the provision or expressed reluctance in using it.

These criteria did not mitigate difficulties classifying study patients, and there fore research remained limited.

To some degree, the probative power of empirical data and statistically rigorous analysis can help mitigate difficulties associated with the comparative reliability, track record, and irresolvable cross-population differences concerning intuitions [(i)–(iii)].

Research on the nature of contracts for healthcare has identified the importance of 'relational contracting', 17 18 where trust between the parties can help mitigate difficulties associated with the absence of complete contracts.

To mitigate these difficulties, we studied 881 patients with monoclonal gammopathies who had undergone uniform testing to identify primary cytogenetic abnormalities.

The proposed framework should be implemented through gradually and prioritised steps to mitigate practical difficulties, due to the complexity of institutional reporting processes.

The objective is to provide a powerful solution for project managers and designers working on multiple design projects to share product information and knowledge, and to ensure the system security and mitigate the difficulties with firewalls.

To mitigate the difficulties of developing a cyberinfrastructure, this study proposes a new computing paradigm: Cyberinfrastructure as a Service (CaaS), i.e., providing a service to enable building a cyberinfrastructure on demand.

To mitigate the difficulties of developing a learning system, this study proposes a new computing paradigm: spectral clustering as a service, providing a service to enable exacting social dimensionality on demand.

This chapter presents three of the most promising on-chip interconnection technologies that have the potential to mitigate the difficulties faced by current on-chip metallic interconnects because of their desirable crosstalk and bandwidth properties.