Abstract
There has been a tremendous revolution in computing technologies to handle
the vast amount of data in recent years. Big data is the large-scale complex data in
which real-time data is available and mushrooms the development of almost every
field. In recent years, the demand and requirement of big data produced an opportunity
to replace traditional data techniques due to their low efficiency and low accuracy. It
shows adequate responsiveness, absence of versatility, execution, and precision for
meeting the convolution of Big Data challenges. As an outcome, this created different
dispersions and innovations. Big data does not mean that the data is humongous but
additionally excessive in range and speed. This factor makes them tough to deal with
the usage of conventional gear and techniques. Decision-makers read the extension and
expansion of big data to understand and extract valuable information from rapidly
varying data using big data analytics. In this chapter, we can analyze big data tools and
techniques useful for big data. This chapter presents a literature survey covering
various applications and technologies that play an indispensable role in offering new
solutions dealing with large-scale, high-dimensional data. By summarizing different
available technologies in one place from 2011 to 2019, it covers highly ranked
international publications. Further, it extends in the context of computing challenges
faced by significant Data Healthcare, Clinical Research, E-Commerce, Cloud
Computing, Fog computing, Parallel Computing, Pervasive Computing,
Reconfigurable Computing, Green Computing, Embedded Computing, Blockchain,
Digital Image Processing and IoT and Computing Technology. The survey summarizes
the large-scale data computing solutions that help in directing future research in a
proper direction. This chapter shows that the popularity of data computing technology
has steeply risen in the year 2015, and before 2011, the core research was more
popular.
Keywords: Big Data, Big Data Analytics Applications, Challenges, Data Computation, Decision Making.