Feedback Mechanisms: Overview Flashcards

1
Q

What is the starting point of a feedback mechanism where data or stimuli are introduced?

A

Input.

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2
Q

What part of a feedback mechanism processes the input to produce an output?

A

Process or system.

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3
Q

What is the result or outcome produced by the system after processing the input?

A

Output.

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4
Q

What part of a feedback mechanism returns information about the system’s output to adjust further actions?

A

Feedback loop.

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5
Q

What component compares the output to a desired set point and adjusts the process accordingly?

A

Controller or comparator.

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6
Q

What is positive feedback?

A

A feedback that amplifies changes or deviations from the norm, leading to growth or intensification.

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7
Q

What is negative feedback?

A

A feedback that works to maintain stability by reducing deviations from a set point.

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8
Q

What is a set point in a feedback mechanism?

A

The desired or optimal value a system aims to maintain or achieve.

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9
Q

What is the error signal in a feedback mechanism?

A

The difference between the actual output and the desired set point.

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10
Q

What is delay in a feedback mechanism?

A

The time it takes for the feedback to influence the system’s actions.

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11
Q

How did feedback mechanisms evolve in biological systems?

A

They evolved from primitive systems to highly sophisticated mechanisms regulating biological functions.

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12
Q

How did mechanical feedback systems emerge during the Industrial Revolution?

A

Mechanical systems like steam engines used simple governors to regulate speed based on output.

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13
Q

What role did cybernetics play in understanding feedback mechanisms?

A

Cybernetics formalized feedback systems in biological and machine systems, leading to adaptive control theory.

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14
Q

How have feedback loops been applied in economics?

A

Market feedback systems became prominent in regulating supply and demand through price signals.

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15
Q

How do feedback mechanisms play a role in modern AI systems?

A

AI systems rely on feedback to refine accuracy, optimize decisions, and adapt to new data.

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16
Q

How might feedback mechanisms be important in autonomous systems in the future?

A

Autonomous systems like self-driving cars will need to process feedback from complex environments in real time.

17
Q

What role could biofeedback play in human enhancement?

A

Biofeedback could allow humans to monitor and adjust physiological functions for health or performance.

18
Q

How can feedback mechanisms optimize resource use in future smart cities?

A

Feedback from environmental sensors could optimize energy, traffic, and resource management.

19
Q

What role might feedback mechanisms play in future governance and social systems?

A

Feedback mechanisms could allow dynamic, real-time policy adjustments based on public needs.

20
Q

What is an example of a future autonomous system using feedback mechanisms?

A

Self-driving cars that use feedback from sensors to adjust speed and direction in real time.