
Explore innovative techniques for creating universal 3D perturbations to challenge and test the robustness of video recognition systems in black-box attack scenarios.

Explore secure and efficient private nearest neighbor search techniques, focusing on sublinear communication and protection against malicious adversaries in two-party computation scenarios.

Explore risks and countermeasures of using language models for propaganda, including classification vs sequence-to-sequence models, spin techniques, and defense strategies.

Explore a novel self-supervised algorithm for detecting and identifying euphemisms in online content, enhancing content moderation capabilities.

Explore SIRNN, a math library enabling secure RNN inference, covering applications, challenges, optimizations, and performance evaluations for privacy-preserving machine learning.

Explore GPU-accelerated privacy-preserving machine learning techniques for enhanced performance and scalability in image classification and private training.

Explore meta neural analysis techniques for detecting AI trojans, covering Jumbo Learning, feature extraction, query tuning, and adaptive attacks.

Explore advanced DNS analysis techniques for cybersecurity, focusing on command and control, human behavior patterns, and data interpretation to enhance threat detection capabilities.

Exploring the synergy between humans and AI, this talk delves into how machine learning can augment human capabilities, revolutionize industries, and create new opportunities while addressing ethical considerations.

Explores scalable privacy-preserving machine learning techniques for linear regression, logistic regression, and neural networks using secure two-party computation, with efficient protocols and MPC-friendly alternatives to nonlinear functions.

Parallel secure computation framework for efficient, oblivious execution of graph-based algorithms on large datasets, enabling practical big data analysis with minimal privacy leakage.

Explore the robustness of Deep k-Nearest Neighbors against adversarial attacks, proposing a heuristic method to find vulnerabilities in this defense mechanism for deep learning models.

Explore secure collaborative machine learning with Helen, a system enabling multiple parties to train linear models without revealing sensitive data, addressing privacy concerns in competitive environments.

Explore techniques to detect and mitigate backdoor attacks in neural networks, focusing on identifying hidden triggers and developing robust defense mechanisms for enhanced security in AI applications.

Explores security vulnerabilities in collaborative machine learning, demonstrating how model updates can leak sensitive information about training data and proposing inference attacks to exploit these weaknesses.

Explore a query-efficient decision-based adversarial attack algorithm for generating adversarial examples, analyzing its theoretical foundations and performance against defense mechanisms.

Explores novel formalization of adversarial ML evasion attacks in problem-space, focusing on real-world implications. Proposes a new attack on Android malware, demonstrating the feasibility of "adversarial-malware as a service".

Secure TensorFlow inference system converting code to MPC protocols. Enables privacy-preserving machine learning on real-world neural networks with improved performance and security guarantees.

Explore Stanford Alpaca's capabilities, learn inference techniques, and compare its performance to ChatGPT in this step-by-step tutorial on setting up and optimizing the model.

Expert panel discusses MLOps challenges, best practices, and innovations. Gain insights on operationalizing machine learning, leveraging open-source tools, and addressing security concerns in large-scale ML systems.

Step-by-step guide to implementing Langchain in JavaScript, covering API calls, prompt templates, agents, memory, streaming, and component integration for advanced AI applications.