100 Examples of sentences containing the noun "cybernetics"

Definition

Cybernetics is a transdisciplinary approach for exploring regulatory systems, their structures, constraints, and possibilities. It is often used in the context of artificial intelligence, robotics, and the study of communication and control in living organisms and machines. The term can also refer to the study of systems, feedback mechanisms, and adaptive behavior in both biological and artificial entities.

Synonyms

• Control theory
• Systems theory
• Information theory
• Feedback theory
• Robotics (in specific contexts)

Antonyms

• Randomness
• Chaos
• Disorder
• Anarchy

Examples

1. Researchers Cybernetics to improve robot efficiency.
2. The field of Cybernetics is crucial for understanding complex systems.
3. Engineers Cybernetics to create smarter machines.
4. Scientists Cybernetics in their studies of animal behavior.
5. The concept of feedback loops is central to Cybernetics.
6. They often Cybernetics to develop adaptive algorithms.
7. The interdisciplinary nature of Cybernetics attracts various experts.
8. Scholars Cybernetics to analyze communication patterns.
9. In the lab, they Cybernetics for better control systems.
10. The principles of Cybernetics can be applied to social systems.
11. Students Cybernetics to understand the interaction between humans and machines.
12. The research team Cybernetics to improve data processing.
13. The study of Cybernetics has implications for artificial intelligence.
14. Professionals Cybernetics to enhance feedback mechanisms.
15. The application of Cybernetics in healthcare is growing.
16. They Cybernetics the flow of information in the ecosystem.
17. The experts in Cybernetics often collaborate with biologists.
18. Many industries Cybernetics to optimize their operations.
19. The future of Cybernetics lies in human-robot collaboration.
20. Philosophers Cybernetics to explore the nature of consciousness.
21. The team Cybernetics to model self-regulating systems.
22. Developers Cybernetics for creating interactive software.
23. The essence of Cybernetics is feedback and adaptation.
24. Engineers Cybernetics to design efficient control systems.
25. They Cybernetics to study the brain's regulatory functions.
26. The workshop focused on practical applications of Cybernetics.
27. Students Cybernetics to better understand machine learning.
28. The principles of Cybernetics are applied in various fields.
29. Researchers Cybernetics to improve user experience in technology.
30. The collaborative nature of Cybernetics fosters innovation.
31. The organization Cybernetics to streamline its processes.
32. The field of Cybernetics is rapidly evolving with new technologies.
33. They often Cybernetics the human body's responses to stimuli.
34. Scholars Cybernetics to analyze collective behaviors.
35. The impact of Cybernetics on modern engineering is significant.
36. The course covers the basics of Cybernetics and control theory.
37. Scientists Cybernetics to understand ecological systems.
38. The principles of Cybernetics can transform industries.
39. They Cybernetics in hopes of developing smarter AI.
40. The conference focused on advancements in Cybernetics.
41. The researchers Cybernetics to enhance robotic autonomy.
42. Students Cybernetics to explore complex adaptive systems.
43. The concept of Cybernetics is integral to many modern technologies.
44. The team Cybernetics to create better communication networks.
45. The study of Cybernetics offers insights into self-organization.
46. They Cybernetics to improve the resilience of systems.
47. The interdisciplinary approach of Cybernetics fosters collaboration.
48. Professionals Cybernetics to solve complex real-world problems.
49. The principles of Cybernetics guide the design of intelligent systems.
50. Engineers Cybernetics to achieve optimal performance.
51. They Cybernetics to better understand feedback in organizations.
52. The implications of Cybernetics extend beyond technology.
53. The team Cybernetics to enhance environmental monitoring.
54. The study of Cybernetics has applications in various disciplines.
55. They Cybernetics to create systems that learn from their environment.
56. The principles of Cybernetics apply to both living and non-living systems.
57. Researchers Cybernetics to analyze decision-making processes.
58. The field of Cybernetics explores the interaction between humans and machines.
59. They often Cybernetics the dynamics of social networks.
60. The workshop aimed to introduce the fundamentals of Cybernetics.
61. The team Cybernetics to improve the accuracy of simulations.
62. The applications of Cybernetics are vast and varied.
63. They Cybernetics to create adaptive learning environments.
64. The concepts of Cybernetics are foundational for modern robotics.
65. Researchers Cybernetics to explore the limits of machine intelligence.
66. The principles of Cybernetics are applied in system design.
67. They Cybernetics to address challenges in sustainable development.
68. The study of Cybernetics can inform public policy decisions.
69. The impact of Cybernetics on society is profound and far-reaching.
70. They Cybernetics to improve the functionality of various systems.
71. The evolution of Cybernetics has transformed many industries.
72. Students Cybernetics to understand the principles of automation.
73. The team Cybernetics to enhance the capabilities of drones.
74. The theoretical aspects of Cybernetics are fascinating to explore.
75. They Cybernetics to analyze patterns in data.
76. The field of Cybernetics is essential for developing autonomous systems.
77. Researchers Cybernetics to foster innovation in technology.
78. The application of Cybernetics in education is growing rapidly.
79. They Cybernetics to create more efficient transportation systems.
80. The principles of Cybernetics guide many engineering practices.
81. They Cybernetics to improve the resilience of urban infrastructure.
82. The complexity of Cybernetics requires interdisciplinary collaboration.
83. Scientists Cybernetics to explore the dynamics of populations.
84. The foundations of Cybernetics are rooted in both biology and engineering.
85. The team Cybernetics to enhance cybersecurity measures.
86. They often Cybernetics to develop smart city solutions.
87. The principles of Cybernetics are relevant in the study of ecosystems.
88. Researchers Cybernetics to understand the flow of energy in systems.
89. The applications of Cybernetics are crucial in modern research.
90. They Cybernetics to explore the future of human-computer interaction.
91. The study of Cybernetics helps us understand complex interdependencies.
92. They Cybernetics to create systems that can adapt to changes.
93. The interdisciplinary nature of Cybernetics encourages diverse perspectives.
94. Scientists Cybernetics to improve health monitoring systems.
95. The principles of Cybernetics are increasingly relevant in today's world.
96. They Cybernetics to analyze supply chain dynamics.
97. The study of Cybernetics offers valuable insights into organizational behavior.
98. They often Cybernetics to investigate the impact of technology on society.
99. The field of Cybernetics continues to evolve with advancements in AI.
100. Researchers Cybernetics to explore the future of automated decision-making.