Autonomic: meaning, definitions and examples
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autonomic
[ ɔːˈtɒnəmɪk ]
biological systems
Autonomic refers to functions that are self-governing, particularly in relation to biological systems. In the context of biology, it often pertains to the autonomic nervous system, which regulates involuntary bodily functions such as heartbeat, breathing, and digestion. It is distinct from the voluntary nervous system, which governs conscious movements and decisions. The term can also be used in technology, where it relates to systems that can manage themselves without human intervention.
Synonyms
automatic, independent, self-regulating
Examples of usage
- The autonomic nervous system controls heart rate.
- Autonomic responses are often subconscious.
- Many modern networks are becoming more autonomic.
technology and systems
In technology, autonomic refers to systems or processes that can monitor and manage themselves, similar to the autonomic functions in biological systems. An autonomic computing system can adapt to changes in its environment without the need for human oversight, effectively learning and optimizing its performance over time. This concept is key in the development of artificial intelligence and smart systems.
Synonyms
adaptive, intelligent, self-managing
Examples of usage
- Autonomic systems adjust their parameters automatically.
- The software includes an autonomic feature for efficiency.
- Cloud services are increasingly moving towards autonomic management.
Translations
Translations of the word "autonomic" in other languages:
🇵🇹 autonómico
🇮🇳 स्वायत्त
🇩🇪 autonom
🇮🇩 otonom
🇺🇦 автономний
🇵🇱 autonomiczny
🇯🇵 自律的
🇫🇷 autonome
🇪🇸 autónomo
🇹🇷 otonom
🇰🇷 자율적인
🇸🇦 ذاتي
🇨🇿 autonomní
🇸🇰 autonómny
🇨🇳 自主的
🇸🇮 avtonomen
🇮🇸 sjálfstæð
🇰🇿 автономды
🇬🇪 ავტონომიური
🇦🇿 avtonom
🇲🇽 autónomo
Etymology
The word 'autonomic' comes from the Greek roots 'auto-', meaning 'self', and 'nomos', meaning 'law' or 'management'. This term was first used in the early 20th century to define aspects of the nervous system that operate independently of conscious control. The concept extended into fields like computer science in the 21st century, where it described systems capable of self-management, inspired by the biological autonomic nervous system. As technology developed, the principle of autonomic operations became essential in creating smarter, more efficient systems capable of autonomously managing their functions.