Functional Scope Architecture

A Functional Architecture is an architectural model that identifies system function and their interactions. It defines how the functions will operate together to perform the system mission s. Functional architecture can be used as a framework to arrange information, processes, or other solution modules in an enterprise system.

Figure 47 illustrates here a partial functional requirement architecture diagram for an electronic toothbrush, a functional requirement being - classically and exactly similarly to a need - represented here by a 2-part box, whose first top part is a short name summarizing the functional requirement scope and second bottom part is the functional requirement statement, the refinement

I will explain the different approaches to functional architecture, evaluate the pluses and the minuses of each, and then propose a new approach.

A functional architecture diagram is an essential tool for visualizing and documenting the high-level structure and interactions of a system or software application. It provides a clear overview of the functional components and their relationships, enabling better understanding and communication among stakeholders.

A system's functional architecture is the inter-related set of transformative processes and purposeful input-output tasks i.e., functions that a system performs, or can perform, on input s from external or internal sources in order to produce output s that supports the achievement of mission objectives. More simply, functional architecture defines the various actions a system can perform

A functional architecture diagram is a high-level view of a system that shows the functions and relationships between different parts of the system. It can be used to understand how a system works and to identify potential areas for improvement.

Functional scope in the context of Computer Science refers to the range of capabilities and features that a software application offers to match the specific needs and business rules of a plant or organization. It involves configuring the software to align with the plant model and business requirements, taking into account factors such as system functions, types, and architecture issues. AI

Requirements are generally split into two types Functional and Non-functional requirements. functional requirements define the specific behavior or functions of a system. In contrast, non-functional requirements specify how the system performs its tasks, focusing on attributes like performance, security, scalability, and usability.

Approachable ideas and best practices to help engineering teams apply the principles of functional programming to high-level design and architecture.

How do you know whether your software architecture follows good functional programming practices? Here's a way to tell.