
Explore probabilistic methods for classification, covering supervised learning, estimation, and advanced models like Naive Bayes, Maximum Entropy, and Conditional Random Fields.

Explore probabilistic classification calibration in speaker and language recognition, focusing on cross-entropy's role in optimizing classifier performance across diverse applications.

Explore IBAL, a general-purpose probabilistic modeling language encompassing various representation methods for reasoning under uncertainty.

Explore advances in natural language processing and the challenge of creating systems that understand text, with insights on leveraging distributional regularities for effective analysis.

Explore machine learning with marginalized corrupted features, a novel approach to enhance generalization and scalability in finite data scenarios. Discover applications in risk minimization and document representation.

Explore the evolution of neural networks in speech recognition, from early experiments to modern hybrid HMM/MLP approaches, with insights from a leading expert in the field.

Explore computational approaches to speech recognition based on distinctive features, incorporating statistical learning models guided by human speech production and perception.

Explore context-sensitive interactions in probabilistic grammars, log-linear models, and stochastic unification-based grammars with implications for optimality theory.

Explore the relationship between In-Context Learning and Gradient Descent in large language models, examining theoretical connections and empirical evidence from pre-trained transformers.

Explore the effectiveness of long-range Transformer variants on NLP tasks, comparing their performance and analyzing attention behaviors to uncover strengths and limitations.

Explore poisoning attacks in speech recognition, from adversarial manipulations to innovative defenses. Uncover strategies, mechanisms, and future research in AI security.

Explore generative models, focusing on Energy-based Models and Joint Energy-based Models for speech, with potential applications in multiple tasks.

Explore knowledge distillation techniques for generating faithful explanations of medical code predictions, enhancing trust in machine learning models for clinical decision-making.

Explore a toolkit for optimizing hyperparameters in neural machine translation research, enhancing efficiency and performance in NMT model development.

Explore neuro-symbolic AI applications in manufacturing, focusing on causal analysis and decision intelligence for improved processes at Bosch. Learn about root-cause analysis and cognitive architectures for decision-making.

Explore the fusion of physics and AI, covering applications in NLP, healthcare, and computer vision. Learn innovative approaches to incorporate physics into data-driven models.

Explore generative AI techniques for innovative material design, focusing on creative approaches to develop novel materials with desired properties and functionalities.

Explore emerging AI capabilities and mitigation strategies with Dr. Amitava Das. Gain insights into civilizing AI and its implications for future technological advancements.

Explore AI's role in healthcare through rich data learning, human-AI collaboration, and expert advice integration. Discover applications in electronic health records, clinical studies, and surveys.

Explore adversarial AI/ML challenges and defense mechanisms with Dr. Dipankar Dasgupta, gaining insights into critical cybersecurity strategies for machine learning systems.

Explore the research contributions of Dr. Sheth's past Ph.D. students in this comprehensive overview of their work and achievements.