Understanding Components and Functions

A component is the entire system itself.

Es un conjunto de partes que trabajan juntas para lograr objetivos.

A component is an external factor that affects the system.

A component is a distinct part of a system that contributes to its functionality.

Subsistema de marketing, subsistema financiero y subsistema de transporte público.

Subsistema de producción, subsistema de ventas y subsistema de limpieza.

Subsistema administrativo, subsistema de compras y subsistema de servicio al cliente.

Producción, comercialización y gestión.

Components interact only through direct connections.

Porque solo interactúa con sus clientes, sin importar proveedores o competidores

Porque interactúa con el entorno.

Components interact through interfaces and protocols.

Mechanical, Electrical, Software, Structural

Chemical, Biological, Thermal, Optical

Digital, Analog, Hybrid, Virtual

Static, Dynamic, Kinetic, Potential

A function is the specific role or purpose a component serves within a system.

A function is a mathematical equation that always produces the same output.

A function is a type of data structure used to store information.

A function is a graphical representation of a component's design.

Through user satisfaction surveys and feedback.

By counting the number of components in a system.

By evaluating metrics like response time, throughput, error rate, and resource utilization.

By measuring the color and size of the component.

Interfaces are optional and have no impact on components.

Interfaces are only used for styling components.

Interfaces limit the functionality of components.

Interfaces provide a contract for components, ensuring consistency and enabling decoupling.

Modules are standalone entities that do not contain components.

Components are larger structures that encompass modules.

Components are individual parts that make up a module, which is a collection of related components.

Modules are made up of unrelated components.

Component reusability increases efficiency and consistency in software development.

Component reusability reduces the quality of the software.

Component reusability leads to increased costs and delays.

Component reusability complicates the development process.

Components are irrelevant to system performance.

Components only increase complexity and reduce scalability.

Components must be tightly coupled to function properly.

Components enable modular design and independent scaling, enhancing system scalability.