Artificial Intelligence (AI) and Transparency.pptx
1. Artificial Intelligence (AI) and Transparency
Dr. A. Prabaharan
Professor & Research Director,
Public Action
www.indopraba.blogspot.com
2. AI & Transparency
Transparency in AI refers to
the extent to which AI
systems' decisions, processes,
and inner workings are
understandable, explainable,
and accessible to
stakeholders.
Here are some key aspects of
transparency in AI:
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3. Interpretability
Transparency in AI involves making AI
systems interpretable, allowing
stakeholders to understand how AI
models make predictions or decisions.
Interpretable AI models are essential for
building trust, verifying correctness, and
identifying potential biases or errors in AI-
driven outcomes.
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4. Explainability
AI systems should be explainable, meaning
that they can provide explanations or
justifications for their decisions in a human-
understandable manner.
Explainable AI enables users to understand
the rationale behind AI predictions or
recommendations, promoting accountability
and facilitating recourse in cases of errors or
unfair outcomes.
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5. Model Transparency
Transparency in AI requires openness and
transparency about AI models'
architecture, parameters, and training
data.
Providing access to model
documentation, code, and training data
enables stakeholders to assess model
performance, validate assumptions, and
identify potential sources of bias or error.
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6. Decision Transparency
AI systems should be transparent about their
decision-making processes, including factors,
features, and data used to make predictions or
decisions.
Decision transparency allows stakeholders to
understand how AI systems prioritize and weigh
different inputs, promoting fairness, equity, and
accountability in AI-driven decision-making.
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7. Algorithmic Transparency
Transparency in AI algorithms involves making
AI algorithms transparent and accessible to
stakeholders, enabling scrutiny and
auditability of algorithmic decision-making
processes.
Algorithmic transparency facilitates
understanding, accountability, and oversight
of AI systems, particularly in high-stakes
domains such as healthcare, finance, and
criminal justice.
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8. Fairness and Equity
Addressing bias in AI requires
considerations of fairness and equity,
ensuring that AI systems treat individuals
fairly and equitably across different
demographic groups and contexts.
Fairness metrics, such as demographic
parity, equal opportunity, and disparate
impact, can be used to assess and mitigate
bias in AI systems.
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9. Mitigation Strategies
Various strategies can be employed to
mitigate bias in AI, including data
preprocessing techniques (e.g., data
augmentation, debiasing), algorithmic
fairness interventions (e.g., fairness-
aware algorithms, post-processing
techniques), and diversity and inclusion
efforts (e.g., diverse data collection,
stakeholder engagement).
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10. Regulatory Compliance
Transparency in AI is increasingly becoming a
regulatory requirement, with regulations such as
the European Union's proposed Artificial
Intelligence Act (AIA) mandating transparency
obligations for high-risk AI applications.
Regulatory compliance requires AI developers and
users to provide transparency about AI systems'
functionality, data sources, and decision-making
processes to ensure accountability and mitigate
potential risks.
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11. Ethical Considerations
Transparency in AI raises ethical
considerations related to fairness, privacy,
autonomy, and accountability.
Ethical transparency involves transparently
disclosing ethical considerations, biases, and
trade-offs involved in AI
12. End Note
Overall, transparency in AI is essential for
building trust, ensuring accountability, and
promoting ethical and responsible AI
development and deployment.
It requires efforts to make AI systems
interpretable, explainable, and accessible
to stakeholders, fostering transparency,
accountability, and trustworthiness in AI-
driven decision-making processes.