What database model utilizes object-oriented programming concepts to organize and store data?

The object-oriented database model leverages the principles of object-oriented programming to structure data storage and organization. In this model, data is represented in the form of objects, similar to how data is represented in object-oriented programming languages. Each object can encapsulate both data attributes and the methods that operate on them, allowing for a comprehensive representation of complex data types and relationships.

One of the key advantages of the object-oriented database model is its ability to handle more complex data than traditional database models. It supports features such as inheritance, polymorphism, and encapsulation, which help in capturing real-world entities more accurately and intuitively. This model is particularly beneficial for applications that require rich data types or need to model intricate relationships between data entities, such as multimedia databases or CAD applications.

In comparison, other database models focus on different structural and organizational concepts. The relational database model organizes data into tables and relies heavily on structured query language (SQL) for data manipulation, while the network database model uses a graph structure to interconnect data entities. The distributed database model, on the other hand, addresses data storage across multiple locations but does not inherently involve object-oriented programming concepts. Thus, the object-oriented database model stands out for its integration of programming paradigms with data management