"big volume of data" is a grammatically correct phrase and can be used in written English.
It refers to a large amount of information or facts. Example: "The research project required a thorough analysis of a big volume of data collected from various sources."
It is all about bringing order and structure to the current digital environment with big volumes of data.
Most prominently, the area of social networks analysis (SNA) has recently bloomed by automatically applying a number of specific metrics over big volumes of data.
The challenge of handling big volumes of data has been taken on by many companies, particularly those in the internet domain, leading to a full paradigm shift in methods of data archiving, processing and visualisation.
With the advantage of distributed computing for managing big volumes of data, distributed learning avoids the necessity of gathering data into a single workstation for central processing, saving time and energy.
These technologies allow the gathering and analysis of big volumes of data from scattered heterogeneous IT systems and, at the same time, allow PSS design improvements by processing the experiences of the business customers, consumers, designers, shop-floor, and provide feedback to the design phase.
In this context, genomic techniques, such as DNA microarrays, allow high-throughput analysis of genes, rendering big volumes of data which increases the possibilities for uncovering potential biomarkers.
It represents a continuation and improvement of the previous model by Truhlik et al. (2000, 2001) but it is based on bigger volume of data and it also includes a solar activity dependence of the electron temperature based on Bilitza et al. (2007) and Truhlik et al. (2009a, b).
Microarray experiments ask big questions and generate a large volume of data.
