A basic input to technological processes and systems is raw materials, which serve as the foundational components needed for production. These inputs can include physical materials, energy, and information, which are transformed through various processes into finished products or services. Additionally, labor and technology itself can also be considered essential inputs, as they facilitate the operation and efficiency of the technological systems.
The IBM BIOS is the BIOS (Basic Input Output System), or firmware, of the original IBM PC. Most "PC" systems created to this very day maintain almost complete backwards-compatibility with the BIOS, in order to run older programs and legacy operating systems.
A: The processes contains three basic functions, arithmetic's, controller, input/output
Random input-output processes refer to systems where outputs are generated based on random or stochastic inputs. These processes are characterized by inherent uncertainty and can be modeled using probabilistic methods. They are commonly used in fields such as economics, engineering, and signal processing to analyze and predict the behavior of complex systems under varying conditions. Understanding these processes helps in decision-making and optimizing performance in uncertain environments.
The most important input to a technological system is people because people are ones created technology. If there is no people there is no need to technology.
A human machine interface (HMI) allows users to interact with and control machines or systems. It provides a user-friendly way for operators to monitor processes, input commands, and receive feedback. HMIs play a crucial role in enhancing efficiency, safety, and productivity in industrial and technological settings.
they are process,input and output lol
The controller processes the input information from sensors.
For basic input and output in C++: #include
they are process,input and output lol
A direct system refers to a type of control system in which the output is directly influenced by the input without any intermediate processes or feedback loops. In such systems, the relationship between input and output is straightforward and typically linear, making it easier to analyze and predict behavior. Examples include simple electrical circuits and mechanical systems where input directly results in a proportional output.
Keyboard Mouse and any input Data
Energy input refers to the amount of energy that is supplied to a system to enable it to perform work or undergo a process. It can take various forms such as electrical, mechanical, or thermal energy. The energy input is essential for driving systems and processes to function.