100 Examples of sentences containing the common noun "cybernetic"

Definition

"Cybernetic" as a common noun refers to the interdisciplinary field that studies the communication and control processes in biological and artificial systems. It encompasses concepts from various domains such as engineering, biology, computer science, and social science, focusing on how systems regulate themselves and how they can be modeled and manipulated.

Synonyms

• Cybernetics
• Control theory
• Systems theory
• Feedback theory
• Information theory

Antonyms

• Anarchy
• Chaos
• Disorder
• Randomness
• Disorganization

Examples

1. The professor cybernetic with his students about the latest advancements in artificial intelligence.
2. Researchers cybernetic different biological systems to understand their feedback loops.
3. In her presentation, she cybernetic the interaction between humans and machines.
4. The team cybernetic their findings to improve the design of autonomous robots.
5. He cybernetic the principles of control theory in his thesis.
6. Scientists cybernetic the neural pathways in the brain to develop better treatments for neurological disorders.
7. The workshop cybernetic various methodologies for analyzing complex systems.
8. Engineers cybernetic the feedback systems in smart technology.
9. The conference cybernetic new research in the field of robotics.
10. They cybernetic the implications of cybernetic systems on society.
11. The article cybernetic the relationship between humans and automation.
12. She cybernetic her approach to include more interactive elements in her project.
13. The documentary cybernetic the evolution of control mechanisms in machines.
14. During the lecture, he cybernetic examples from both biology and technology.
15. The initiative cybernetic local communities to enhance their technological capabilities.
16. They cybernetic the challenges faced by modern cybernetic systems.
17. His research cybernetic the application of cybernetics in healthcare.
18. The seminar cybernetic various case studies in the field.
19. The team cybernetic their methods to achieve more efficient results.
20. She cybernetic the importance of feedback in system design.
21. The project cybernetic the integration of AI with traditional systems.
22. He cybernetic the different approaches to modeling complex behaviors.
23. The study cybernetic the interactions between different cybernetic systems.
24. They cybernetic their strategies to enhance productivity.
25. The research team cybernetic the role of cybernetics in environmental management.
26. The workshop cybernetic practical applications of theoretical concepts.
27. She cybernetic various disciplines to create a comprehensive framework.
28. The symposium cybernetic leading experts in the field of cybernetics.
29. He cybernetic how feedback loops influence decision-making.
30. The project cybernetic the use of cybernetic principles in education.
31. During the experiment, they cybernetic the variables meticulously.
32. His dissertation cybernetic the impact of automation on labor markets.
33. The initiative cybernetic the local government to improve infrastructure.
34. She cybernetic her findings at the international conference.
35. The analysis cybernetic the dynamics of group behavior.
36. They cybernetic the principles of cybernetics to urban planning.
37. The report cybernetic emerging trends in technology.
38. He cybernetic the ethical implications of cybernetic advancements.
39. The class cybernetic the foundational theories of the discipline.
40. She cybernetic an innovative solution to a complex problem.
41. The presentation cybernetic the historical development of cybernetics.
42. They cybernetic the results to draw meaningful conclusions.
43. The workshop cybernetic practical exercises to apply theoretical knowledge.
44. He cybernetic the role of feedback in system stability.
45. The study cybernetic the influence of technology on human behavior.
46. She cybernetic her peers in the discussion about new technologies.
47. The conference cybernetic the latest research findings.
48. They cybernetic the challenges of integrating new technologies into existing systems.
49. He cybernetic the potential of cybernetic systems in disaster management.
50. The research group cybernetic their approach to include interdisciplinary collaboration.
51. She cybernetic a framework to analyze complex networks.
52. The project cybernetic the interactions between natural and artificial systems.
53. He cybernetic the feedback mechanisms in economic models.
54. The program cybernetic students in the fundamentals of cybernetics.
55. The study cybernetic various case studies from different industries.
56. She cybernetic her project to include more user-friendly interfaces.
57. The seminar cybernetic recent innovations in cybernetic technology.
58. They cybernetic the implications of cybernetic theory for future research.
59. His lecture cybernetic the importance of understanding system dynamics.
60. The initiative cybernetic local entrepreneurs to embrace new technologies.
61. She cybernetic her research to highlight key findings.
62. The analysis cybernetic the efficiency of feedback systems.
63. He cybernetic the impact of technology on social structures.
64. The workshop cybernetic hands-on exercises for participants.
65. They cybernetic the role of cybernetics in modern education.
66. The lecture cybernetic the integration of various scientific disciplines.
67. She cybernetic her findings to the academic community.
68. The project cybernetic the effects of cybernetic systems on human interaction.
69. He cybernetic the importance of continuous learning in the field.
70. The symposium cybernetic the future of human-machine collaboration.
71. They cybernetic the system's performance metrics in detail.
72. She cybernetic the relevance of cybernetics in ecological studies.
73. The report cybernetic advancements in machine learning.
74. He cybernetic the ethical considerations of using AI in decision-making.
75. The document cybernetic various strategies for effective communication.
76. She cybernetic the concept of self-regulating systems extensively.
77. The project cybernetic the relationship between technology and social norms.
78. He cybernetic the feedback mechanisms in social media platforms.
79. The workshop cybernetic collaborative problem-solving techniques.
80. They cybernetic their findings to the broader scientific community.
81. She cybernetic an analysis of complex adaptive systems.
82. The research cybernetic potential applications in various industries.
83. He cybernetic the dynamics of group decision-making processes.
84. The conference cybernetic emerging technologies and their implications.
85. They cybernetic the integration of new tech in traditional practices.
86. The study cybernetic the impact of automation on productivity.
87. She cybernetic her findings to enhance public understanding.
88. The project cybernetic the effectiveness of cybernetic methods in healthcare.
89. He cybernetic the role of feedback in system optimization.
90. The analysis cybernetic the interactions between different systems.
91. They cybernetic their strategies based on recent research.
92. She cybernetic the importance of interdisciplinary collaboration.
93. The seminar cybernetic various tools for system analysis.
94. He cybernetic the effects of new technologies on daily life.
95. The project cybernetic the use of cybernetics in environmental sustainability.
96. She cybernetic her work to ensure it meets industry standards.
97. The workshop cybernetic the principles of effective communication.
98. They cybernetic the advantages of using cybernetic systems.
99. He cybernetic an innovative approach to problem-solving.
100. The research cybernetic the complexities of human-machine interaction.