Random Access Storage

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Version 1.0
Created date 08-05-2016

High Volume Linked Storage

How can very large datasets comprising entities that are connected together be stored in a way that enables efficient analysis of such connected entities?

Author Bert
Alias --
Stereotypes ApplicationFunction
Details of High Volume Linked Storage

Random Access Storage*

The Random Access Storage compound pattern represents a part of a Big Data platform capable storing high-volume and high-variety data and making it available for random access.

Author Bert
Alias --
Stereotypes ApplicationFunction
Details of Random Access Storage*

Automated Data Sharding

How can very large amounts of data be stored without degrading the access performance of the underlying storage technology?

Author Bert
Alias --
Stereotypes ApplicationFunction
Details of Automated Data Sharding

High Volume Tabular Storage

How can large amounts of non-relational data be stored in a table-like form where each record may consist of a very large number of fields or related groups of fields?

Author Bert
Alias --
Stereotypes ApplicationFunction
Details of High Volume Tabular Storage

High Volume Hierarchical Storage

How can large amounts of non-relational data that conforms to a nested structure be stored in a scalable manner so that the data retains its internal structure and sub-sections of a data unit can be accessed?

Author Bert
Alias --
Stereotypes ApplicationFunction
Details of High Volume Hierarchical Storage

High Volume Binary Storage

How can a variety of unstructured data be stored in a scalable manner such that it can be randomly accessed based on a unique identifier?

Author Bert
Alias --
Stereotypes ApplicationFunction
Details of High Volume Binary Storage