Interactively, and visualizing large data is as the queries can take a long time to execute and the visual interface cannot accommodate as many pixels as data points. Spark supports in-memory computations and a high degree of parallelism to achieve interactivity with large distributed data. In addition, Spark is capable of handling petabytes of data and provides a set of versatile programming interfaces and libraries. These include SQL, Scala, Python, Java and R APIs, and libraries for distributed statistics and machine learning.
For data that fits into a single computer, there are many good tools available, such as R, MATLAB, and others. However, if the data does not fit into a single machine, or if it is very complicated to get the data to that machine, or if a single computer cannot easily process the data, then this section will offer some good tools and techniques for data exploration.
In this section, we will go through some basic data exploration...
