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●   Explainability: Explainability in AI is crucial for ensuring that the decisions made by AI systems are
                               understandable to humans. It pertains to the transparency and clarity of AI systems, enabling users
                               to understand the decision-making process and forecasts of algorithms.
                           ●   Robustness: Robustness in AI ethics refers to the capacity of AI systems to perform reliably and
                               accurately across various conditions, while also minimising unintended consequences and harmful
                               impacts. It is a fundamental aspect of ethical AI because unreliable or biased systems can lead to
                               significant societal harm.

                           ●   Transparency: Transparency in AI means being open and clear about how AI systems are created,
                               how they work, and what impacts they might have. It involves providing straightforward information
                               about the data, algorithms, and decision-making processes used in AI applications. This openness
                               encourages accountability, allows for scrutiny, and helps people make informed choices about the
                               ethical and social implications of AI technologies.
                           ●   Privacy: Privacy involves individuals having control over their personal information and avoiding
                               unwarranted interference in their lives. It encompasses the right to keep aspects of one's life
                               private, such as private messages, activities, and data. Privacy is crucial as it safeguards individual
                               autonomy, dignity, and freedom from unnecessary intrusion.

                  2.  Discuss the concept of the ethical dilemma with an example.
                     Ans.  An ethical dilemma is a situation in which a person faces a choice between conflicting moral principles
                           or values. It often involves tough decisions where there are competing interests or where doing what is
                           considered right may result in undesirable outcomes. Ethical dilemmas can arise in various contexts,
                           such as in personal relationships, professional settings, or societal issues. Resolving ethical dilemmas
                           requires  thoughtful  consideration  of  the  consequences  of  different  actions  and  balancing  conflicting
                           ethical concerns.
                           Let us understand the concept of ethical dilemma with the help of an example.

                           ●   Scenario: You work for a pharmaceutical company developing a new drug to treat a rare disease.
                               During clinical trials, it becomes evident that the drug is effective in treating the disease, but it also
                               has significant side effects in a small percentage of patients. The company is under pressure to
                               release the drug quickly due to the urgent need for treatment, but there are concerns about the
                               potential harm caused by the side effects.
                           ●   Ethical Dilemma: On one hand, releasing the drug could provide relief to patients suffering from the
                               rare disease, potentially saving lives, and improving quality of life. On the other hand, there’s a risk
                               of causing harm to patients due to the side effects, which could lead to serious health complications
                               or even fatalities.
                  3.  Explain the different sources of bias in AI systems and how they can lead to unfair outcomes.
                     Ans.   Bias in AI systems can stem from several sources, including training data bias, algorithmic bias, and
                           cognitive bias.
                           ●   Training data bias: This occurs when the data used to train AI systems is unrepresentative,
                               incomplete, or skewed. For instance, if a medical AI system is trained primarily on data from male
                               patients, it may not perform well for female patients, leading to misdiagnoses. Similarly, an AI used
                               for loan approvals might be biased if it primarily includes applicants from affluent neighbourhoods,
                               thereby ignoring applicants from poorer areas.

                           ●   Algorithmic bias: This type of bias arises during the design and implementation of algorithms. If
                               an AI hiring algorithm is trained on historical data that reflects biased hiring decisions, such as
                               favouring one demographic group over another, the algorithm may perpetuate these biases in new
                               hiring recommendations.



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