A Comprehensive Guide to Different Types of Data Management

Data management plays an important role in any organization's operations. In this article we'll explore four main types of data management: relational databases, NoSQL databases, application development &data science.

A Comprehensive Guide to Different Types of Data Management

Data management is an essential part of any organization's operations. It involves the collection, storage, and analysis of data to ensure that it is accurate, secure, and up-to-date. There are several different types of data management systems, each with its own advantages and disadvantages. In this article, we'll explore the four main types of data management: relational databases, NoSQL databases, application development, and data science.

We'll also discuss how Talend can help with big data management challenges. Relational databases are the most common type of database management system (DBMS). They organize data into tables with rows and columns that contain database records. Related records in different tables can be connected using primary and foreign keys, eliminating the need to create duplicate entries.

Relational databases are built around the SQL programming language and a rigid data model that is best suited to structured data. This, combined with their support for ACID transaction properties (atomicity, consistency, isolation, and durability), makes them the best choice for transaction processing applications. NoSQL databases are often used in big data deployments because they can store and manage various types of data. Big data environments are usually built around open source technologies such as Hadoop, a distributed processing framework with a file system that runs on clusters of basic servers; its associated HBase database; the Spark processing engine; and the Kafka, Flink, and Storm flow processing platforms. Increasingly, big data systems are deployed in the cloud using object storage such as Amazon Simple Storage Service (S3).

Data scientists and other data analysts can also handle some data management tasks on their own. Application developers often help implement and manage big data environments, which generally require new skills compared to database systems. As a result, organizations may need to hire new workers or retrain traditional DBAs to meet their big data management needs. Once those questions have been answered, it's time to find a place and a means to share the data. This role is increasingly performed with software and infrastructure as service models that are precisely tuned for big data management.

Data Management Systems

are based on data management platforms and can include databases, data lakes and data warehouses, big data management systems, data analytics, and more.

There are many different types of database management systems. The most common include relational database management systems (RDBMS), object-oriented database management systems (OODMBS), in-memory databases, and columnar databases. A relational database is a type of database that stores and provides access to data points related to each other. It is based on the relational model and an accurate representation of data in tables. Each row in the table is documented with a particular identifier called a key in a relational database.

Relational database management system available for personal computers, large mainframe systems, and workstations. Benefits of a Relational Database Management System Organizations of all types and sizes use the robust relational model for different information needs. Relational databases are used to track inventories, manage massive amounts of critical customer information, and process e-commerce transactions. A relational database can be used for any necessary information where data points connect and must be managed in a secure, rules-based, and consistent manner. Object-oriented databases (OOD) emerged to meet the need to couple object-oriented programming languages with a database. Object-oriented databases have existed since the late 1970s.

In recent years they have seen quite low adoption with the growth of functional programming languages and relational databases. However, the growing user community is waking up to its ability to deliver quick queries with simpler code. OOD is a combination of relational database concepts and object-oriented principles. It needs less code and is easy to maintain.

Object-Oriented Database Cases As the name implies, the hierarchical database model is best suited for cases. The primary focus of information collection is based on a defined hierarchy such as several respective employees reporting to a single department of a company. The tree-like organization defines the schema for hierarchical databases. Usually there is a “parent” root directory of data stored as records links to other branches of the subdirectory.

Each subdirectory branch can link to several other subdirectory branches. The hierarchical structure of the database dictates that while a parent record can have many child records each can have only one parent record. Record data is maintained in the form of fields and each field can only contain one value. Retrieving hierarchical data from a hierarchical database architecture requires traversing the entire tree.

A record in the hierarchical database model is coordinated with a row in the relational database model and any type of entity is coordinated with a table. The hierarchical database model requires that each child record has only one parent but each parent record can have one or more child records. The entire tree must be traversed starting with the root node to retrieve data from a hierarchical database. The hierarchical model is recognized as the first database model created in the 1960s by IBM.

A network database is a model in which numerous records or member files can be connected to multi-owner files and vice versa. The model can be thought of as an upside-down tree where the information for each member is the branch linked to the owner which is the bottom of the tree Relationships have a shape similar to a network where each element can point to several data elements and be pointed to by several data elements. The network database model allows each record to have several primary and secondary records that when displayed form a web-like structure of networked records In contrast a hierarchical model data member can have only one single parent record but it can have many.