
Explore the intersection of race, technology, and algorithmic bias with experts discussing AI's limitations in recognizing dark-skinned faces and the role of arts in addressing these issues.

Exploring the impact of biased search algorithms on opinions and voting behavior, with insights on new tracking systems to detect online manipulations and unethical practices.

Explore fairness in probability and computer science, examining ethical considerations and algorithmic bias in data-driven decision-making systems.

In 20 episodes, Jabril will teach you about Artificial Intelligence and Machine Learning!

Explore how cognitive, social, and algorithmic biases in social networks make us susceptible to misinformation, and learn about efforts to counter online opinion manipulation.

Machine learning's impact on social decisions: Exploring fairness, privacy, and accountability in algorithmic decision-making across various domains. Discusses recent research and challenges in embedding social norms into predictive algorithms.

Explore algorithmic bias in AI, its societal impacts, and the quest for transparency in decision-making systems. Delve into facial recognition flaws and implications for algorithmic justice.

Explore the impact of algorithms on risk assessment, housing, and pretrial detention, focusing on transparency issues and their societal implications.

Experts discuss AI's impact on society, exploring its potential to amplify biases or drive innovation in health, housing, justice, and more. Insights on governing AI and building a hopeful future with emerging technologies.

Explore configurable fairness in recommender systems, focusing on new item recommendations and entry time considerations for enhanced algorithmic equity.

Explore distributionally robust optimization for fair recommendations with limited sensitive attributes in RecSys, enhancing fairness in machine learning applications.

Explore adaptive fair representation learning for personalized fairness in recommendations through information alignment techniques.

Explore a contextualized and debiased recommender model for fair and accurate recommendations in information retrieval systems.

Explore fair sequential recommendation techniques without relying on user demographics, enhancing ethical AI practices in recommender systems.

Explore the reliability of fairness evaluations in recommender systems, examining the interplay between fairness and relevance metrics for more trustworthy assessments.

Explore strategies to identify and mitigate bias in AI systems, enhancing fairness and ethical decision-making in machine learning applications.

Explore MLOps techniques for identifying, measuring, and mitigating bias in ML systems at scale. Learn to create comprehensive fairness workflows using Python tools for industry-level challenges.

Explore a taxation perspective for fair re-ranking in information retrieval, examining fairness considerations and algorithmic approaches.

Explore counterfactual ranking evaluation techniques using flexible click models for improved CTR and ad performance in search systems.

Explore Fairlearn, an open-source toolkit for assessing and mitigating fairness issues in AI systems, focusing on potential negative impacts on different demographic groups.

Découvrez comment les moteurs de recherche influencent nos choix et perceptions. Un expert en référencement révèle les mécanismes cachés et les enjeux de notre dépendance à ces outils omniprésents.