
Innovative system for capturing app design components, enabling data-driven design through interaction mining. Detects UI changes, records data streams, and creates user interaction traces for improved UX analysis and development.

Explore novel machine learning for RF-based gesture recognition using Google's Soli sensor. Learn about high-frequency radar sensing and advanced neural network techniques for fine-grained motion detection.

Explore how AI and data analytics are revolutionizing cybersecurity, with insights on future trends, human-machine collaboration, and emerging challenges in the field.

Innovative framework using convolutional neural networks to detect memory-resident malware, overcoming limitations of traditional antivirus software and handcrafted feature-based approaches.

Explore advanced machine learning for network-level DGA detection and the latest crimeware evasion techniques. Learn about botnet elements, forensics, and new detection technologies.

Explore machine learning techniques for efficient security code reviews, reducing false positives and automating vulnerability classification in large-scale applications.

Explore network flow pattern analysis to detect and prevent contemporary threats, and learn how to build a security analytics program for enhanced threat visibility and response.

Explore behavioral security modeling to build predictable systems, eliminate vulnerabilities, and address cognitive failures in system design. Learn strategies for effective security implementation.

Explore multi-contextual threat detection using machine learning, covering big data processing, modeling adversaries, and building custom solutions for defense at scale.

Learn to protect your data science projects from vulnerabilities through exploration, preparation, algorithm application, and effective communication of insights and risks.

Explore the future of machine learning and its impact on technology, design, and human knowledge in this thrilling science talk about big data-driven innovations.

Explore FPISA, a novel floating-point representation for programmable switches, enabling efficient acceleration of machine learning and query processing applications in network hardware.

Explore fine-tuning giant neural networks on commodity hardware using FTPipe, a system enabling multi-GPU execution through innovative model partitioning and task allocation techniques.

Innovative fuzzing technique combining mutation-based speed with high-quality input generation, outperforming existing fuzzers in bug detection and branch coverage through advanced constraint-solving methods.

Innovative machine learning solution to combat telephony spam and scams, using user-tagged call logs to design effective features for predicting and blocking malicious calls with high accuracy.

Explores new attack algorithms to assess and challenge the robustness of neural networks against adversarial examples, highlighting vulnerabilities in defensive distillation techniques.

Reverse engineering neural networks through electromagnetic side channels, revealing architecture details like activation functions, layers, neurons, and weights using non-invasive techniques on ARM Cortex-M3 microcontrollers.

Unveils TESSERACT framework to eliminate spatial and temporal biases in Android malware classification, improving real-world robustness and revealing counterintuitive performance insights.

Innovative approach combining transfer and active learning for detecting anomalies in cloud systems using limited labeled data, improving efficiency in maintaining service availability.

Introduces defensive distillation to protect deep neural networks from adversarial attacks, reducing attack effectiveness from 95% to 0.5% and increasing robustness by 800% in tests.

Explore a novel technique to enhance neural network security through class distance hardening, improving model robustness against adversarial attacks and ensuring more reliable AI systems.