Task 9 Flashcards

1
Q

What is collective intelligence (CI)?

A

The ability of groups to combine knowledge, insights, and problem-solving skills to achieve better outcomes than individuals alone.

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2
Q

What are examples of collective intelligence in real life?

A

Medical diagnostics (teams of doctors make better decisions).
Meteorology (collaborative weather predictions).
Business and science (research teams solving complex problems).

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3
Q

How is collective intelligence different from individual intelligence?

A

It emerges from group interactions rather than a single brain’s cognitive ability.

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4
Q

What is the wisdom-of-the-crowd effect?

A

The idea that aggregating diverse and independent judgments can produce highly accurate estimates.

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5
Q

What factors improve the accuracy of crowd-based decisions?

A

Diversity of opinions (avoids groupthink).
Independence (people are not biased by others).
Aggregation of judgments (averaging cancels out errors).

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6
Q

What are potential problems with crowd-based decision-making?

A

Social influence (people follow dominant voices).
Bias reinforcement (shared misinformation spreads easily).
Overconfidence in experts (confidence ≠ accuracy).

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7
Q

What is swarm intelligence?

A

A decentralized form of problem-solving where simple agents follow local rules, leading to emergent intelligent behavior (e.g., ant colonies, fish schools).

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8
Q

How is swarm intelligence different from crowd wisdom?

A

Wisdom of the crowd → Individual guesses are averaged after independent judgments.
Swarm intelligence → Group members interact in real-time to reach a decision.

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9
Q

What is artificial swarm intelligence (ASI)?

A

A computational model where human groups use real-time feedback loops to enhance collective decision-making (e.g., AI-assisted group decision tools).

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10
Q

What did studies show about human swarms vs. individual predictions?

A

Swarm-based groups outperform traditional crowdsourcing.
Swarms predicted the Super Bowl and Oscars more accurately than independent voting.

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11
Q

What cognitive biases affect collective decision-making?

A

Anchoring bias – People rely too much on initial information.
Groupthink – Members conform to the majority opinion.
Overprecision – People have too much confidence in their estimates.

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12
Q

How can bias be reduced in collective intelligence?

A

Training in logic and probability.
Using structured discussion methods (e.g., Delphi technique).
Encouraging diverse viewpoints.

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13
Q

What is distributed cognition?

A

The idea that thinking is spread across people, tools, and environments, not just in individual minds.

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14
Q

What are examples of distributed cognition?

A

A ship crew coordinating navigation.
A software development team working on a shared project.
Air traffic controllers managing planes through teamwork and computers.

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15
Q

What are the three types of distributed cognition?

A

Across individuals – Teams share mental models (e.g., sports teams).
Between people and tools – Using computers, maps, and devices.
Over time – Knowledge is built over generations (e.g., scientific discoveries).

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16
Q

What is the g-factor for group intelligence?

A

Just as individuals have general intelligence (g-factor), groups also have a collective intelligence (c-factor) that predicts performance.

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17
Q

What is the strongest predictor of collective intelligence in small groups?

A

Social perceptiveness – The ability to recognize and respond to others’ mental states.

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18
Q

What factors increase group intelligence?

A

Diversity (different perspectives and skills).
Effective communication (clear goal alignment).
Balanced participation (avoiding dominance effects).

19
Q

Why can too much diversity harm group intelligence?

A

If members lack common ground, it can cause conflict and miscommunication.

20
Q

What is distributed artificial intelligence (DAI)?

A

A branch of AI focused on cooperative multi-agent systems working together to solve problems.

21
Q

How does DAI differ from connectionist models (neural networks)?

A

DAI systems consist of independent intelligent agents.
Neural networks are simple interconnected units passing activation signals.

22
Q

How can AI enhance collective intelligence?

A

Facilitating communication (AI summarizing discussions).
Reducing bias (AI balancing group input).
Simulating possible outcomes (AI-driven forecasting)

23
Q

What is CRUM (Computational-Representational Understanding of Mind)?

A

A theory that explains cognition through mental representations and computational processes.

24
Q

What is the main criticism of CRUM?

A

It ignores social interactions, embodiment, and the importance of real-world experiences in cognition.

25
Q

How can CRUM be expanded to include social cognition?

A

By considering shared mental models.
By including emotional and social influences on decision-making.
By modeling interactions between individuals and groups.

26
Q

How can collective intelligence help environmental decision-making?

A

Crowdsourcing conservation solutions.
Citizen science projects collecting biodiversity data.
Swarm-based AI forecasting for climate predictions.

27
Q

What is an example of crowdsourcing for scientific research?

A

Foldit → A game where players help solve protein-folding problems.
Galaxy Zoo → A project where people classify galaxies in telescope images.

28
Q

What are prediction markets, and how do they use collective intelligence?

A

People trade shares in different outcomes (e.g., election results), and market prices reflect the group’s best prediction.

29
Q

How can future AI enhance human collective intelligence?

A

AI systems that moderate group discussions to prevent bias.
Real-time human-AI swarm collaboration in crisis decision-making.
AI that integrates emotional intelligence into group processes.

30
Q

What is the biggest challenge for AI in group decision-making?

A

Ensuring ethical and unbiased facilitation.
Balancing AI input with human autonomy.

31
Q

What are the core principles of CI?

A

Diversity of Thought – Different perspectives improve problem-solving.
Independence – Individuals form judgments without external influence.
Decentralization – No single leader controls all decisions.
Aggregation – Combining inputs leads to smarter collective decisions.

32
Q

What is an example of successful collective intelligence?

A

Wikipedia, where thousands of contributors collaborate to create accurate knowledge.

33
Q

How does swarm intelligence differ from traditional crowdsourcing?

A

Swarm intelligence involves real-time adaptation and local interactions.
Crowdsourcing aggregates independent answers after they are collected.

34
Q

When does the Wisdom of the Crowd fail?

A

Groupthink – When individuals conform to the majority instead of thinking independently.
Social Influence – People adjust their opinions based on dominant voices.
Echo Chambers – When groups reinforce biased perspectives instead of considering diverse viewpoints.

35
Q

How can bias in collective decision-making be reduced?

A

Use blind voting to prevent social influence.
Ensure diverse perspectives in decision-making.
Encourage deliberation before reaching a consensus.

36
Q

What are real-world examples of distributed cognition?

A

Air traffic control teams coordinating flight navigation.
Doctors using medical databases to diagnose illnesses.
Stock market analysts using AI-driven insights.

37
Q

What is social perceptiveness, and why is it important?

A

The ability to recognize and respond to others’ thoughts and emotions, which enhances group intelligence.

38
Q

What is a collective intelligence factor (C-Factor)?

A

A measurable “group IQ” that predicts how well a team will perform on complex tasks.

39
Q

What is a network effect?

A

A system where the value increases as more people use it (e.g., social media, cryptocurrency).

40
Q

How does self-organization contribute to collective intelligence?

A

Without centralized control, groups can spontaneously adapt to changing environments.

41
Q

What are prediction markets?

A

Markets where people bet on future events, and the market price reflects the most likely outcome.

42
Q

Why are prediction markets often more accurate than experts?

A

They aggregate many independent judgments.
Participants have financial incentives to be correct.

43
Q

How will AI change collective intelligence in the future?

A

AI will mediate human discussions, preventing bias.
AI will enable real-time swarm collaboration in crisis decision-making.
AI-driven prediction markets will optimize policymaking.