×

Defference between Database and Data Warehouse

Database

A database is a collection of related information is called a database. It has some elements that can be mapped to real-world objects. It is designed in such a manner that has all the data for a specific purpose is stored in a single place.

Data Warehouse

It is a complete report accounting for every process and a complete analysis of the organization. It stores both historical and current data of the organization. It is used for making decisions and future predictions.

Basic Difference Between Database and Data Warehouse

  • Database as discussed is a collection of related information put together for a specific purpose while the Database Warehouse contains both historical and cumulative data that can be further used for analysis and prediction.
  • The purpose of the Database is to store the data for reference while the purpose of the Data warehouse is used to study the data.
  • Data stored in the Database is more application based while the data Warehouse data is more subject related. 
  • Database uses Transactional Processing whereas Data warehouse uses Analytical Processing to determine the conclusion from them.
  • Database tables and joins are complex but they are not redundant as the data stored in a database is stored in a single file in a normalised manner while the data in Data Warehouse is simple but redundant as it is de-normalized.
  • Database is designed keeping Entity-Relationship modelling techniques while the Data Warehouses are based on the Data Modelling techniques.

Characteristics of a Database

  • It is a secure way of accessing and storing the data.
  • It is used for performing the create, retrieve, update and delete operation on the data stored.
  • Database enables the various applications to access and alter the data stored at the same time.
  • Database Management System maintains the quality of the data stored in the database by implementing integrity constraints on the data.
  •  Multiple users can access the data stored in the database at the same time, this is called concurrent access of the data.
  • In a database all the data is stored in a single file which prevents data redundancy as the data stored is normalised.
  • We can implement various views of the data for a better understanding.
  • Database system ensures that the atomicity, consistency, isolation and durability of the data is maintained throughout.
  • It acts as isolation between the program and data so that change in one does not affect the other.
  • It maintains the concurrency and the operation on the database occurs in the form of transactions.

Characteristics of a Data Warehouse

  • Data warehouse helps business users to access critical data from some sources all in one place.
  • It ensures that the data stored is consistent even when multiple operations are being performed on it.
  • The data stored from multiple sources is stored in one place and increasing the efficiency of the production process.
  • Data warehouse reduces the TAT (total turnaround time) and makes the analysis of progress easier.
  • Data warehouse makes the data retrieval process quite efficient as all the quality data is stored at this place, it saves them time that would otherwise take to collect information from various sources.
  • Data warehouse we can study the trend of the company since the time of establishment and can make future predictions on that accord.
  • It makes the operation of the business efficient and helps to maintain customer relationships.
  • It isolates the analytical information from the transactional information improving the performance of both the systems.
  • It provides valuable information to the Stakeholders as it is all true and cannot be altered and can be used to analyse various aspects of the business. Data warehouse provides more accurate reports.
  • A data warehouse is subject-oriented, it contains all the information about the organization’s operation and can be used to analyse the performance of the organization.
  • The data be stored in the Data warehouse should be easily understandable and written in a unanimously acceptable manner.
  • A data warehouse is non-volatile, it is an accumulation of historical as well as current data, the previous data is not to be deleted even when the new information is constantly being added to it.

Database Vs Data Warehouse

FeaturesDatabaseDatawarehouse
ObjectiveIt is used to store information.It is used to study the data.
ProcessingIt uses online transaction processingIt uses online analytical processing.
UsageIt performs CRUD operations and keeps up with day to day operationsIt is used to analyse the growth of the business.
Tables and JoinsThey are complex but with no redundant data.They are simple but data may be redundant.
ModellingER modelling is usedData Modelling is used
Data ApplicationUsually, data is collected from one applicationData is gathered from multiple application
Type of DataData is recent and updated continuouslyData stored is historical as well as current.
SummaryData is detailedData stored is to the point.

Related Topics

Components of DBMS

The database management system (DBMS) represents an essential tool for processing data within effectively structured structures. The database management system consists of important components that work together to maintain the...

6 minutes read.

Founder of DBMS

The first database management system was built to automate the business of the General Electric Company. It was built by a small group of programmers. The Integrated Data Store IDS...

4 minutes read.

Domain Constraints in DBMS

Introduction about DBMS:- DBMS stands for DataBase Management System. DBMS(DataBase Management System) is a type of software by which we can save and retrieve the user's data with the security process....

3 minutes read.

How to draw ER-Diagram in DBMS?

Entity Relationship Diagrams, or ERDs, are diagrams that assist you in visualizing your database design. An ERD, also called anER diagram or ER model,describes data and how parts of the data interact. ERDs are crucial in database architecture and projects that call for...

9 minutes read.

Advantages of DBMS

A Database Management System (DBMS) is a collection of programs which lets the end-users to manage and control the database. Database systems use query language for accessing, storing, and maintaining the...

3 minutes read.

DBMS Schedule

A schedule is a process of combining the multiple transactions into one and executing the operations of these transactions in a predefined order. A schedule can have multiple transactions in it, each transaction...

2 minutes read.

DBMS Examples

Introduction to DBMS A database management system (DBMS) is a software application that is designed to manage and organize data stored in a database. It is responsible for storing, retrieving, and...

4 minutes read.

Foreign key in DBMS

Foreign key in DBMS: The Foreign key is a field or the set of fields in the relational database table, which points to the existing field in another table. It...

2 minutes read.

Specialization in DBMS

Specialization in DBMS In the database management system, specialization breaks the higher-level entity into two or more than two lower entities. The main motive of this concept is to share the...

2 minutes read.

Inference Rules

Armstrong’s axioms are the complete set of basic inference rules used to infer all the functional dependencies on the relational database. An inference rule is a type of assertion that a user can...

2 minutes read.

ER Model: Entity Relationship Diagram (ERD) with Examples

ER model stands for Entity-Relationship Model. It is a high-level data model diagram which defines the conceptual view of the database. It is a blueprint or design of a database that will...

2 minutes read.

Why we need Distributed Database Management System

Assuming there is a very strong single machine having properties like: Heaps of memory.Gigantic measure of dependable stockpiling with very quick I/O.Incredible handling rate and processing power (10s, 100s and might...

4 minutes read.

Conversion of ER Diagram into Relational Model

After designing the Entity-Relationship diagram, you need to convert it into tables in the relational model. Because the relational model can be easily implemented by the Relational DBMS like Oracle, MySQL, etc....

2 minutes read.

Relational Integrity Constraints

Relational Integrity Constraints are the set of rules that can be used to maintain the data integrity during an insert, delete and update operations into a table. These constraints are checked in the...

2 minutes read.

ER Diagram for Student Management System in DBMS

Entity Relationship diagrams Entity Relationship Diagrams, or ER Diagrams for short, are diagrams that show the relationships among entity sets that are stored in databases. Alternatively said, ER diagrams assist in...

6 minutes read.

Conflict Serializability in DBMS

Conflict Serializability A schedule is said to be conflict serializable if it can transform into a serial schedule after swapping of non-conflicting operations. It is a type of serializability that can be used...

3 minutes read.

Redundancy in Database Management System

Redundancy in a database management system (DBMS) refers to the duplication of data within the database. This duplication can occur in multiple ways, such as having multiple copies of the...

13 minutes read.

DBMS Data Independence: Logical and Physical

Data Independence in DBMS: Data independence is a concept of DBMS which alters the schema of the database at one level of the database system without altering the schema definition...

2 minutes read.

Deadlock in DBMS

Deadlock in DBMS A deadlock is an unwanted condition in which two or more transaction are waiting indefinitely for one another to give up locks. It is said to be one of the...

3 minutes read.

Advantages of B-Tree in DBMS

A self-balancing search tree is the B-Tree. It is assumed that everything is in the main memory in most other self-balancing search trees (such as AVL and Red-Black Trees). We must...

3 minutes read.