Sentence examples for generation and availability from inspiring English sources

Enhancing credit generation and availability.

Advancements in technology have led to the generation and availability of new types of medically-relevant data sources that have an array of potential health applications, including patient-generated health data (PGHD) (Wood et al., 2015).

Some of the frequent criteria used are: Transaction costs reduction Transferring and sharing of risks Risk pricing Liquidity management and enhancement Enhancing credit generation and availability Equity generation Insurance Asset and liability management Funding of financial institutions.

Periodical data transmission in SM leads to a worst-case delay between data generation and availability in the base station of one superframe duration, e.g. 10 ms. This guaranteed latency increases in ETM due to forwarding the data by the relay node to one and a half superframe duration.

Contingent upon generation and availability of high quality datasets, whole genome tiling array transcriptomes and deep smRNA datasets such as for rice [85], [86] and other species will be suitable subjects for further computational methods testing and analysis.

Furthermore, current technologies have greatly facilitated generation and availability of genetically engineered mouse strains that will allow dissection of molecular pathways in BPD.

Since scheduling is intricately connected to forecasts of the generation output and availability, being able to forecast variable renewable resources is critical in systems with ultra-high levels of VRE.

Thermostatically controlled electrical loads can provide valuable energy storage and are prime candidates for fast acting demand response (DR) that can be used to mitigate highly variable renewable power generation and limited availability of ramping resources.

While generation and public availability of proteomics data are still, several orders of magnitude smaller than e.g. genomics data, both quantity and complexity of proteomics data sets deposited in the PRIDE database are rapidly increasing.

The declining costs of next-generation sequencing and availability of easy-to-handle bioinformatics tools emphasize the suitability of deep-sequencing technology for rapid diagnostics and for the development of high-resolution genotyping.

This helps in ensuring dual purpose of rural development through employment generation in rural areas and availability of foods throughout the year for consumption.