Nonfunctional Requirements or Quality Factors of Any Concept
Any concept's (and any domain Knowledge's) functional and nonfunctional's requirements represent the problem space, and we don't know how to define and state (disaster) that corresponds to what we will do with any concept.
Both functional and nonfunctional are executable.
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Nonfunctional requirements have 10+ innovative keys and essential properties:
1. Quality, morals, and beauty factors
2. Enduring themes
3. Positive goals
4. Unified System (Unification)
5. Relevance
6. Control the functional requirements. and behavior of the concept
7. Evaluation and Assessment
8. Measurement -- Qualitative Measurements
9. Descriptive Adequacy (Unified, stable, final Definition of any concept)
10. Executable
11. Positive Energy
10. Branding
11. Uniqueness
Does anyone know the nonfunctional requirements of Any Concept or Any Domain Knowledge? The answer is NO.
Innovative knowledge:
Nonfunctional requirements are a creative key that we must explore.
Therefore, this is an invitation for gurus and experts to collaborate and write an entire book on any concept or domain knowledge.
Non-functional requirements are the characteristics of a software system that are not directly related to its specific functionalities or features, but instead describe its overall qualities and constraints. These requirements describe how well the system should perform and how it should behave in various situations.
In the context of any concept or domain knowledge, the non-functional requirements can vary widely based on the specific requirements of the system being built. However, some common non-functional requirements that apply to many systems include:
- Performance: The system should perform its functions within an acceptable time frame, and should be able to handle a certain level of load and complexity.
- Scalability: The system should be able to accommodate growth and changes over time, and should be able to handle increasing amounts of data and users.
- Usability: The system should be easy to use and understand, with a clear and intuitive user interface.
- Reliability: The system should be dependable and available, with a low rate of failure and downtime.
- Security: The system should be secure and protect sensitive data, and should prevent unauthorized access.
- Maintainability: The system should be easy to maintain and update, and should have a clear and well-documented codebase.
- Compliance: The system should comply with relevant laws, regulations, and standards.
These are just some examples of non-functional requirements, and the specific requirements for any given system will depend on its context and intended use.
I added another essential property to the nonfunctional requirements, which is uniqueness.
First, I need more than software engineering books' nonfunctional requirements to answer my question.
Second, the list of nonfunctional requirements in your answer needs to meet the essential properties in my question. For example, the existing software applications and systems software are not scalable, usable, reliable, maintained, and compliant.
Third, Any Concept / System / Domain knowledge has unique nonfunctional requirements. Examples: What are the nonfunctional requirements of the following concepts/Systems/Domain knowledge? Project, Dignity, Friendship, Machine Learning, Architecture, Visual Art, Inflation, Human Rights, Facebook, and others?
Do you know?
Yes, uniqueness is a critical aspect of non-functional requirements, as each concept, system, or domain knowledge has its own specific requirements and constraints.
Here are some examples of non-functional requirements for various concepts, systems, and domain knowledge:
- Project: Time and budget constraints, risk management, clear and effective communication, flexibility to adapt to changes, resource allocation.
- Dignity: Respect for individual rights and freedoms, protection of personal privacy and confidentiality, provision of fair and equal treatment.
- Friendship: Trust, open communication, mutual support, reliability, respect for individual differences.
- Machine Learning: Data security, interpretability, accuracy and reliability of predictions, computational efficiency, scalability to handle large datasets.
- Architecture: Functionality, aesthetic appeal, sustainability, durability, cultural relevance, safety and accessibility.
- Visual Art: Originality, impact and emotional connection, technical skill, cultural relevance and context.
- Inflation: Stable and predictable price growth, reduced volatility, protection of purchasing power, low inflation expectations.
- Human Rights: Respect for individual freedoms and dignity, protection against discrimination and abuse, access to justice, fair and equal treatment.
- Facebook: User privacy and security, scalability to handle large user base, reliability and availability, user engagement and satisfaction, compliance with relevant laws and regulations.
These are just a few examples of the unique non-functional requirements that can apply to different concepts, systems, and domain knowledge. It's important to note that the specific requirements will depend on the context and goals of each particular system or project.
Interesting!!
You said, "each concept, system, or domain knowledge has specific requirements and constraints."
My Answer: First of all -- We need to agree on the following
The Requirements have two types:
1. Functional Requirements and 2) Nonfunctional requirements
2. Constraints are part of everything: requirements, design, architecture, coding, and testing.
3. The nonfunctional requirements are our issue in this question.
4. You must understand the essential properties of the nonfunctional requirements of any concept, or any domain knowledge must meet all the necessary properties.
Take two examples of your answers and examine them against the essential properties:
- Friendship: Trust, open communication, mutual support, reliability, and respect for individual differences.
Your friendship's nonfunctional requirements don't satisfy the essential properties.
- Machine Learning: Data security, interpretability, accuracy and reliability of predictions, computational efficiency, and scalability to handle large datasets.
- Your nonfunctional requirements don't satisfy the essential properties.
You don't understand the essential properties that I wrote in my question.
What you indicate in your answer is a wish list of many people, authors, and software gurus.
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