What Are Modular Components?
Modularity refers to the process of dividing a system into modules from top to bottom when solving a complex problem. It has multiple attributes that reflect its internal characteristics.
- Chinese name
- Modular
- Foreign name
- Module
- Definition
- Way to manage modules
- Basic attributes
- Interface, function, logic, status
- Operating mode
- Independent working mode
- Collaborative Ontology Development
- Distributed data management
- Management and Reasoning of Large-scale Ontology
- Partial reuse of ontology [1]
- Modularity refers to the process of dividing a system into modules from top to bottom when solving a complex problem. It has multiple attributes that reflect its internal characteristics.
Modular definition
- Modularity is a way to handle the breakdown of complex systems into better manageable modules. [1]
Modular role
- Modularity is used to partition, organize, and package software. Each module completes a specific sub-function, and all the modules are assembled according to a certain method to become a whole, completing the functions required by the entire system. [1]
- A module has the following basic attributes: interface, function, logic, state, function, state, and interface reflect the external characteristics of the module, and logic reflects its internal characteristics. [1]
- In the structure of the system, modules are units that can be combined, disassembled, and replaced. Modularity is a way to handle the decomposition of complex systems into better manageable modules. It can handle complex and large software by setting different functions in different components and decomposing a problem into multiple small, independent, interacting components. [1]
Modular operation mode
- 1.Independent working mode
- Each module can work independently, even if a single group of modules fails, it does not affect the overall system work. [1]
- 2. Hierarchical start function
- When each group of modules reaches full load, the system will automatically start another group of modules, thereby ensuring that the output of the system always matches the actual needs, ensuring that each module operates efficiently, and can save resources and improve efficiency. [1]
Modular programming
- A software module is a set of consistent and closely related software organizations. It contains two parts: program and data structure. [1]
- Modern software development often uses modules as a unit of synthesis. [1]
- The interface of a module expresses the functions provided by the module and the elements required when calling it. [1]
- Modules are units that can be written separately. This makes them reusable and allows a wide range of people to collaborate, write and study different modules simultaneously. [1]
Modular modular body
- Modular ontology refers to an ontology (a form of knowledge base) with a modular structure. Many applications require a modular ontology, such as
- At present, there are two main linguistic approaches to achieve modular ontology. One is a logic language extension based on non-classical semantics, such as distributed description logic, E-connection and packet-based description logic; the other is based on classic description logic semantics, but restricts the use of external symbols to ensure modules Safe to merge. [1]