TYPE-1 Hypervisor
TYPE- 2 Hypervisor
Both A and B
None of the mentioned above
A. TYPE-1 Hypervisor
A statement that the researcher wishes to put to the test using the information gathered during a study.
A research question that will be answered as a result of the findings.
A theory that serves as the foundation for the research.
the application of statistics to determine the extent to which the outcomes could have been caused by chance
Querying tool
Mapper
MapReduce
All of the mentioned above
Linear Regression
Time series analysis and forecasting
Data Mining
All of the mentioned above
Indexing and Cataloging, Replication
File Storage and Structure, Query Processing
Transactions Support
All of the mentioned above
Hive
HBase
Analysis and reporting
All of the mentioned above
Translating voice to text for mobile phone messaging
Investment portfolio development
Weather forecasts
All of the mentioned above
HBase
HDFS
Hive
Mapreduce
TYPE-1 Hypervisor
TYPE- 2 Hypervisor
Both A and B
None of the mentioned above
Predictive models
Descriptive models
Decision models
All of the mentioned above
High availability through built-in replication and failover
Management tooling for automation, monitoring, and backup
Fully elastic database as a service with built-in best practices
All of the mentioned above
Data ingestion and data mining
Data warehouse and data storage
Data aggregation and data mining
All of the mentioned above
Cloud computing
Power BI
System development
None of the mentioned above
Structured data
Unstructured data
Semi-structured data
All of the mentioned above
Operating system
Resource sharing
System integration
None of the mentioned above
Worth in information
Useless data
Useless information
None of the mentioned above
Cost Reduction
Time Reductions
Smarter Business Decisions
All of the mentioned above
Analyzes data
Data storage
Data ingestion
None of the mentioned above
Public Cloud
Private Cloud
Hybrid Cloud
All of the mentioned above
Robust and Scalable
Affordable and Cost Effective
Adaptive and Flexible
All of the mentioned above
Virtualization layer
Storage layer
Abstract layer
None of the mentioned above
Apache Hadoop
Apache Spark
Apache Kafka
Apache Pytarch
Python
C++
R
Java
Architectural layer
Fundamental layer
Backpropogation layer
None of the mentioned above
Quality or fidelity of data
Large size of the data that cannot be process
Small size of the data that can easily process
All of the mentioned above
Quickly and efficiently
Systematic approach
Both A and B
All of the mentioned above
Schema
Table
Both A and B
None of the mentioned above
sqoop-list-databases
Hbase-list
hive schema
sqoop-list-columns
HDFS file system is well suited for storing data associated with applications that require low latency data access.
HDFS is well-suited for storing data connected to applications that require low-latency data access to be performed.
HDFS is not suited for instances in which multiple/simultaneous writes to the same file are required.
None of the mentioned above
Warehouse
Map
Reduce
None of the mentioned above
MapReduce, Hive and HBase
Hive, Spark and HBase
Spark, Hive and ZooKeeper
Spark, HBase and Hive