Hardware & Software Interaction/Trends Quick Check List the interacting domains for each of the following: application software, system software, and hardware. (1 point) software domain, digital domain, and analog domain operating system domain, architecture domain, and component domain transistor domain, abstraction layer domain, and library domain integrated circuits domain, logic gate domain, and programming language domain
For each of the following:
Application software:
- Software domain: Includes programs and applications that are designed to perform specific tasks or functions.
- Digital domain: Relates to the use of binary data and digital technology in the software.
- Analog domain: Pertains to the integration of analog signals or components in the software for specific functionalities.
System software:
- Operating system domain: Concerns the software that manages computer hardware and software resources, providing essential services for other software to run.
- Architecture domain: Refers to the underlying structure and design principles of the system software, including its organization and components.
- Component domain: Involves the individual components or modules that make up system software, such as drivers, utilities, and libraries.
Hardware:
- Transistor domain: Relates to the use and integration of transistors, which are fundamental building blocks of modern electronic devices.
- Abstraction layer domain: Includes the various levels of abstraction in hardware design, from high-level system integration to low-level electronic circuitry.
- Library domain: Pertains to the collection of predefined functions and modules that can be used in hardware design and development.
Integrated circuits:
- Integrated circuits domain: Focuses on the integration and miniaturization of various electronic components, such as transistors, resistors, and capacitors, onto a single chip.
- Logic gate domain: Refers to the building blocks of digital circuits that perform logical operations, utilizing transistors and other electronic components.
- Programming language domain: Relates to the languages and tools used to program and control integrated circuits, including hardware description languages and synthesis tools.