Adjectives For Systems

Discover the most popular adjectives for describing systems, complete with example sentences to guide your usage.

Updated on March 16, 2024

In the realm of language, the choice of adjectives paired with the noun 'systems' can illuminate a vast array of nuances and subtexts. Whether discussing 'different systems' to emphasize variety, 'social systems' to delve into communal structures, 'political systems' to explore governance forms, or 'complex systems' to highlight intricacy, each adjective unlocks a unique perspective. These descriptors not only frame our understanding but also engage readers in a deeper contemplation of the systems that underpin our world. Encountering 'various systems' opens a dialogue on diversity, while 'most systems' could denote a generalization or a comparison. Dive into the full spectrum of adjectives that bring color and context to 'systems' below.

different	IoT devices can use different systems to communicate data.
social	Social systems are complex and ever-changing.
political	The various political systems throughout history provide a fascinating study of human governance.
complex	Complex systems are characterized by their interconnectedness and emergent properties.
various	The researchers utilised various systems and approaches to investigate the subject more thoroughly.
most	Most systems are complex.
based	Design and implementation of AI-based systems for solving complex problems is now common practice worldwide.
legal	The legal systems of different countries vary greatly.
economic	Different economic systems distribute resources and services according to unique principles.
biological	Artificial intelligence can be used to monitor biological systems
nervous	The nervous systems of spiders are very complex.
expert	Expert systems automate complex decision-making tasks typically requiring human expertise.
modern	The modern systems are designed to be user-friendly and efficient.
educational	The educational systems of the world are changing rapidly.
electronic	The electronic systems were malfunctioning, causing the device to shut down.

traditional	The project presented compatibility issues with traditional systems
open	The open systems allow for the exchange of matter and energy with the surrounding environment.
linear	We can solve linear systems using substitution, elimination or matrices.
multiple	Multiple systems are operating on the same network.
mechanical	The mechanical systems in the car were running smoothly.
digital	Digital systems have revolutionized the way we communicate and access information.
optical	Optical systems encompass a variety of devices and techniques that make use of light for imaging, sensing, and other applications.
separate	The school district will use separate systems for high school and middle school students.
larger	The larger systems tend to be more complex.
integrated	The company's integrated systems streamline operations and improve efficiency.
alternative	There are a variety of alternative systems in place these days.
conventional	"How the new approach could interact with existing conventional systems is a question that needs to be addressed."
nonlinear	Nonlinear systems characterized by their complex dynamics, challenge conventional forecasting methods.
solar
dynamic	We need to research more about dynamic systems

dynamical	The behavior of dynamical systems can be chaotic, meaning that they are highly sensitive to initial conditions.
time	The world has many different time systems such as the Gregorian calendar and the Chinese calendar.
formal	Programs and formal systems are covered by the broader category of computing.
closed	Closed systems are isolated from their surroundings and do not exchange energy or matter with the outside world.
commercial	The operator has no business with commercial systems
sophisticated	Advanced AI algorithms enable sophisticated systems to analyze complex data and make accurate predictions.
electrical	The electrical systems in the building were not functioning properly.
immune	Our immune systems recognize harmful germs and help protect us from illness.
sensory	Sensory systems are responsible for receiving and interpreting information from the external environment.
agricultural	Small-scale agricultural systems are often more sustainable than large-scale systems.
philosophical	The different philosophical systems offer diverse perspectives on the nature of reality, knowledge, and ethics.
distributed	Distributed systems are computer systems that are designed to run on multiple computers connected by a network.
sub	The sub systems of the car were all functioning properly.
ecological	Ecological systems are complex and dynamic, and can be studied at different scales.
automated	We rely on automated systems to keep our operations running smoothly.

advanced	Advanced systems have enabled us to achieve significant progress in various fields.
urban	The synergy among various urban systems is critical for the overall health of a city.
intelligent	The intelligent systems are designed to make our lives easier.
automatic	Automatic systems are becoming more and more common in our lives.
computerized	Computerized systems are becoming increasingly prevalent in all aspects of our lives.
scale	The scale systems of different countries vary significantly.
interactive	Interactive systems provide users with an intuitive and engaging way to interact with technology.
adaptive	Adaptive systems are designed to change and adjust to their environment.
administrative	The company's administrative systems were outdated and inefficient.
elaborate	The intricate workings of the elaborate systems left me in awe.
parallel	The parallel systems functioned independently, ensuring seamless operations in the event of a failure.
dimensional	The dimensional systems used in physics are based on the fundamental quantities of mass, length, and time.
electoral	The different methods used to elect representatives to a government body are known as electoral systems

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