CMSC 191: Introduction to Neural Computing
Ethics and Interpretability in Neural Computing
In this topic, we’ll explore a crucial challenge in the world of artificial intelligence: how to make intelligent systems not only powerful but also understandable and responsible. We’ll start by diving into Explainable AI (XAI), a field focused on unlocking the “black box” of neural networks. We’ll look at how tools like saliency maps and SHAP values can help us understand how AI makes decisions, turning opaque predictions into meaningful insights that humans can interpret and trust.
The second half of the topic will confront the real-world consequences of AI, particularly its societal impact. We’ll tackle issues like bias, misinformation, and the importance of accountability. This part invites us to think deeply about the ethical responsibility we have as designers, ensuring that AI systems are not only effective but also fair, transparent, and just.
By the end of this topic, you’ll see that true intelligence is about more than just high performance and accuracy. It’s equally about ensuring that AI is transparent, fair, and accountable. As we continue to push the boundaries of what AI can do, these lessons remind us that the power of technology must always be balanced by our responsibility to use it in ways that benefit society as a whole.
Explain the “black box” problem in deep neural networks and why interpretability is essential.
Describe key XAI techniques such as saliency maps and SHAP values and their applications.
Discuss how bias in data leads to unfair or harmful outcomes in AI systems.
Identify ethical principles that guide the responsible development and deployment of neural models.
Reflect on the role of transparency, accountability, and fairness in AI-driven decision-making.
Why does increasing model accuracy often come at the cost of interpretability?
How do tools like saliency maps and SHAP values help us understand neural network decisions?
In what ways can AI systems unintentionally amplify existing social biases?
What forms of accountability should exist when an AI system makes a harmful decision?
How can we, as future developers and researchers, ensure that our models serve humanity equitably?
Ethics and Interpretability in Neural Computing* (topic handout)
Opening the Black Box
Explainable AI and Model Transparency
The Black Box Problem: Why We Need Answers
Demystifying the Model: Saliency and SHAP
Ethical and Societal Implications
The Mirror of Bias: Amplification and Misinformation
Responsible Deployment: Transparency and Accountability
Intelligence with Integrity
The semester at a glance:
Ethics and Interpretability . . .