100 Examples of sentences containing the common noun "kybernetics"

Definition

Kybernetics refers to the interdisciplinary study of systems, control, and communication in animals and machines. It explores how systems regulate themselves and how they can be optimized for better function and communication.

Synonyms

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

Antonyms

• Chaos
• Disorder
• Anarchy
• Randomness
• Inefficiency

Examples

1. The scientist kybernetics the complex interactions within the ecosystem.
2. Researchers often kybernetics the behavior of robotic systems to improve their efficiency.
3. In her thesis, she kybernetics the communication patterns of social networks.
4. The engineers kybernetics the feedback loops in the manufacturing process to enhance productivity.
5. He kybernetics the data to understand how different variables affect the system.
6. The team kybernetics the responses of the AI to various stimuli.
7. They kybernetics the dynamics of the human brain in relation to machine learning.
8. The project aims to kybernetics the interaction between humans and intelligent systems.
9. She kybernetics the flow of information in a corporate environment for better decision-making.
10. The study will kybernetics the effects of climate change on ecological balance.
11. He wants to kybernetics the learning process in children through advanced methods.
12. The researchers kybernetics the self-regulating mechanisms of natural organisms.
13. The software kybernetics user inputs to adapt its functions accordingly.
14. They kybernetics the performance of different algorithms in data processing.
15. The engineer kybernetics the system's outputs to fine-tune its performance.
16. She plans to kybernetics the principles of feedback control in her next project.
17. The professor kybernetics the theoretical frameworks of cybernetics in her lectures.
18. They will kybernetics the interactions among various species in the habitat.
19. He kybernetics the algorithms used in machine learning for optimal results.
20. The team kybernetics the robotic arm's movements to enhance precision.
21. She kybernetics the relationship between human behavior and technology.
22. The conference will kybernetics the latest advancements in cybernetic research.
23. He kybernetics the feedback mechanisms in different biological systems.
24. They kybernetics the principles of control theory in designing new systems.
25. The study kybernetics the role of feedback in learning processes.
26. The researchers kybernetics the effects of various inputs on the system's output.
27. He kybernetics the interaction between physical and digital worlds.
28. She hopes to kybernetics the learning experiences of students through innovative technology.
29. The project will kybernetics community engagement in environmental sustainability.
30. They kybernetics the principles of systems thinking in organizational development.
31. The team kybernetics the real-time responses of the automated system.
32. He kybernetics the feedback loops in economic models for better predictions.
33. She kybernetics the connectivity of neural networks in artificial intelligence.
34. The workshop aims to kybernetics the skills needed for modern technologies.
35. Researchers kybernetics the ethical implications of artificial intelligence.
36. The study will kybernetics the dynamics between technology and society.
37. He kybernetics the ways feedback can improve overall performance.
38. They kybernetics the effectiveness of different intervention strategies.
39. She kybernetics the processes involved in human-computer interaction.
40. The experiment kybernetics the learning outcomes of various teaching methods.
41. The seminar will kybernetics the importance of systems thinking in problem-solving.
42. He kybernetics the complexities of adaptive systems in nature.
43. The analysis will kybernetics the interdependence of various factors.
44. They kybernetics the response patterns of living organisms to external stimuli.
45. She kybernetics the integration of technology in education.
46. The project aims to kybernetics the relationship between data and decision-making.
47. The team kybernetics the behavior of autonomous vehicles in diverse environments.
48. He kybernetics the potential of biofeedback in therapy.
49. She kybernetics the influence of social media on public opinion.
50. The study will kybernetics the applications of cybernetics in healthcare.
51. Researchers kybernetics the patterns of migration in animal species.
52. The conference will kybernetics the future of intelligent systems.
53. He kybernetics the communication strategies used in corporate settings.
54. They kybernetics the influence of technology on human behavior.
55. The analysis will kybernetics the dynamics of group interactions.
56. She kybernetics the processes involved in effective teamwork.
57. The project aims to kybernetics the effectiveness of various learning methodologies.
58. Researchers kybernetics the feedback mechanisms in climate systems.
59. He kybernetics the impact of automation on job markets.
60. The workshop will kybernetics the role of feedback in organizational change.
61. She kybernetics the complexities of human-machine interactions.
62. The study will kybernetics the factors influencing consumer behavior.
63. They kybernetics the implications of data privacy in cybernetics.
64. He kybernetics the importance of adaptability in system designs.
65. She kybernetics the feedback loops in community health initiatives.
66. The team kybernetics the effects of technological advancements on society.
67. He kybernetics the interplay between human cognition and artificial intelligence.
68. The analysis will kybernetics the systems approach to problem-solving.
69. She kybernetics the trends in machine learning applications.
70. Researchers kybernetics the feedback mechanisms in learning environments.
71. The project aims to kybernetics the social dynamics of online communities.
72. He kybernetics the interactions of various elements within the ecosystem.
73. The seminar will kybernetics the challenges of integrating technology in education.
74. She kybernetics the relationship between technology and personal development.
75. The study will kybernetics the influence of feedback on motivation.
76. They kybernetics the cognitive processes involved in decision-making.
77. He kybernetics the effects of digital communication on relationships.
78. The workshop aims to kybernetics the leadership strategies in organizations.
79. She kybernetics the principles of adaptive management in environmental science.
80. The experiment will kybernetics the dynamics of team collaboration.
81. He kybernetics the role of artificial intelligence in healthcare.
82. The project will kybernetics the implications of cybernetics in education.
83. She kybernetics the communication patterns of online networks.
84. The analysis will kybernetics the relationship between technology and creativity.
85. They kybernetics the feedback mechanisms in public policy.
86. He kybernetics the factors influencing consumer choices.
87. The study aims to kybernetics the effectiveness of various marketing strategies.
88. She kybernetics the dynamics of group decision-making processes.
89. The seminar will kybernetics the impact of social media on youth culture.
90. He kybernetics the trends in remote work and productivity.
91. Researchers kybernetics the patterns of human behavior in crisis situations.
92. The project aims to kybernetics the role of technology in community engagement.
93. She kybernetics the interaction of technology and human emotion.
94. The conference will kybernetics the future of smart cities.
95. He kybernetics the processes involved in effective communication.
96. They kybernetics the influence of cultural factors on technology adoption.
97. She kybernetics the implications of automation for the workforce.
98. The analysis will kybernetics the relationship between data and policy-making.
99. He kybernetics the feedback mechanisms in educational settings.
100. The workshop will kybernetics the importance of resilience in systems.