Users of artificial intelligence are growing. (e.g., various companies, universities, and individuals)

Refers to the internal characteristics of a group being united and having logical interconnection.

Emerging technology provides benefits for a wide range of sectors, transforms an industry, and exerts much enhanced economic influence.

There are various applications or uses of artificial intelligence that some people can predict, but these applications may or may not be successfully developed.

It is the technology that overlays computer-generated display, sound, text, and effects on a user’s view of the real world.

It is the simulation of human intelligence processes by machines. These processes include learning, reasoning, and self-correction.

This is the application of AI that provides a machine with the ability to learn from experience like humans.

Computers that use quantum mechanics to perform calculations can solve some problems far more efficiently than a conventional computer.

It began in the 18th century. This is the introduction of mechanical production using hydroelectric and steam-powered equipment.

It began in the 19th century. New technological systems that use electricity were introduced during this revolution, which allowed for even greater production and more sophisticated machines.

It began with the first computer era. This industrial revolution evolved the use of electronics and information technology (IT) to automate a production process further.

It is the current and developing environment. The disruptive and cutting-edge technologies, such as the Internet of Things (IoT), robotics, virtual reality (VR), AR, and AI, are changing the way we live and work.

This is the process of collecting, organizing, and analyzing large sets of data from different resources to discover patterns and other useful information.

It is a computing concept that describes the idea of everyday physical objects being connected to the Internet and being able to communicate and interact with other devices.

This is the general term for anything that involves delivering hosted services over the Internet.

It support a variety of services, such as selecting parts in a warehouse and sending repair instructions over mobile devices

A systematic process of defining, designing, testing, and implementing a new application

The four (4) fundamental phases common to all software development projects

The purpose of requirements determination is

A statement of what the system must perform or what characteristic it must have is called

These are requirements are directly related to the process a system has to perform or data it needs to contain.

These requirements pertain to behavioral properties that a system must have, including operational, performance, security, and cultural and political.

These specify the operating environment(s) in which the system must perform, as well as how these might change over time.

These deal with issues related to performance such as response time, capacity, and reliability of the system.

These address issues with security, such as who has access to the system’s data and must have the ability to protect data from disruption or data loss.

These deal with issues related to the cultural and political factors and legal requirements that affect the system.

A documentation that lists the functional and non-functional requirements of a system, defines its scope, and serves as a guide in development is called

The process of cooperating with clients or users to determine what requirements are needed for a system is called:

This is the most commonly used requirement-gathering technique.

It is an information-gathering technique that allows the project team, users, and management to work together to identify requirements for the system.

These are a set of written questions used to obtain information from individuals.

This is often used by project teams to understand the current system (as-is system) of an organization.

This is the act of watching processes being performed.

Some techniques are more suited for use at different stages of the analysis process, namely: understanding the three (3) stages: current system (as-is system), identifying improvements, or developing a new system (to-be system).

This refers to how rich and detailed the information is that the technique usually produces and the extent to which the technique is useful for obtaining not only facts and opinions but also an understanding of why those facts and opinions exist.

This refers to the range of information and information sources that can be easily collected using

the chosen technique.

One of the most challenging aspects of requirements-gathering is integrating the information from different sources or people.

This refers to the amount of time and energy the intended users of the new system must devote to the analysis process.

This defines the cost to spend when using each technique and does not imply if a technique is more or less effective than the other techniques.

The requirement is really needed or specifies an essential factor on the system.

The requirement is stated that it should only be interpreted in only one (1) way. This characteristic defines that requirement is specific and easy to understand.

The requirement should not have conflicts with other requirements.

The requirement must completely describe the necessary functionality that will result to meet the user’s need.

The requirement statement includes only one (1) requirement with no use of conjunctions.

The requirement is achievable within system constraints such as time, cost, legal, and available resources.

The requirement is verifiable if the implemented system or software can be tested to prove that the specified requirement has been met.

A requirement is traceable if it satisfies all the other characteristics of a good requirement, then the requirement must have a unique identifier to trace all changes to it throughout the development life cycle.

A visual modeling language used to develop and document object-oriented software and systems is called:

Step 1 of Identifying the Major Use-Cases

Step 2 of Identifying the Major Use-Cases

Step 3 of Identifying the Major Use-Cases

Step 4 of Identifying the Major Use-Cases

Step 5 of Identifying the Major Use-Cases

Step 1 of Creating a Use-Case Diagram

Step 2 of Creating a Use-Case Diagram

Step 3 of Creating a Use-Case Diagram

Step 4 of Creating a Use-Case Diagram

It is a person or a system that represents the role of someone interacting with the system or software and is the user of the system.

It represents the functionality of a system.

It represents the system’s scope of which a set of use-cases are applied.

It is a line between actor and use-case. This specifies that the actor interacts with the system and uses a certain functionality.

It is a directed relationship between two (2) use-cases when required.

It indicates optional functionality under a certain use-case.

It represents a specialized use-case to a more generalized one.