
Explore the future of healthcare with Oracle's innovative solutions, featuring insights from industry leaders on improving global health outcomes through technology and data-driven approaches.

Aprenda estratégias eficazes para recuperar dados e transações críticas após ataques cibernéticos, incluindo técnicas de recuperação de perda zero e uso de aplicativos de backup avançados.

Learn about new data protection challenges and Oracle's solutions to address them, including strategies to combat ransomware and other cybersecurity threats for modern businesses.

Learn to autonomously navigate a Turtlebot using ROS by creating an auto_nav package and writing custom code, without relying on RVIZ. Practical implementation of navigation concepts for mobile robots.

Learn to use ROS and OpenCV for ball detection and tracking, enabling a robot to follow a tennis ball in both simulated and real-world environments.

Learn to implement robot navigation using Nav2 and ROS, covering setup, simulation in Gazebo, real-world application, AMCL integration, and practical tips for efficient implementation.

Learn to control homemade robots wirelessly using game controllers. Explore Linux and ROS integration, joystick-to-command conversion, and real-time feedback visualization in RViz.

Learn to integrate LIDAR into ROS robots, covering URDF modifications, Gazebo simulation, and real hardware integration. Gain practical insights for enhancing robot perception capabilities.

Comprehensive guide on integrating motors in robotics, covering hardware connections, control methods, and ROS implementation using Raspberry Pi. Includes practical demonstrations and code examples.

Explore the implications of GitHub's leaked SSH key, understand SSH vs TLS authentication, and learn how to protect yourself from potential security risks.

Explore cutting-edge signal processing techniques for image restoration, noise removal, and low-light enhancement in this comprehensive webinar series.

Explore computational imaging techniques, including mask-based imaging and lensless imaging, with Prof. Salman Asif. Learn about depth reconstruction, simulation results, and practical applications.

Explore advanced computational microscopy techniques using LED arrays for multimodal imaging, 3D phase reconstruction, and deep learning applications in high-resolution biological sample analysis.

Explore wave imaging techniques, from traditional approaches to new methods, with a focus on microlocal analysis, Fourier integral operators, and neural network architectures for improved imaging.

Explore how healthcare can leverage Silicon Valley innovations, from crowdsourcing to wearable tech, to revolutionize product development and patient care.

Explore cutting-edge imaging technologies with Prof. Wetzstein, covering single-photon sensors, deep optics, holographic displays, and hybrid optical-electronic CNNs for advanced signal processing applications.

Explore advanced imaging techniques for analyzing painting layers, including fluorescence, X-ray, and machine learning methods for art conservation and authentication.

Explore game theory in signal processing, covering multi-arm bandits, adaptive algorithms, and reinforcement learning for spectrum management and network optimization.

Explore signal processing from compressed sensing to deep learning, covering task-based acquisition, sub-Nyquist sampling, super-resolution techniques, and hybrid algorithms combining model-based and data-driven approaches.

Explore advanced CT imaging techniques, including customized workflows, task-driven imaging, and novel acquisition methods for improved image quality and task performance in medical diagnostics.

Explore advanced tomographic reconstruction techniques for neutron CT and cryoEM, focusing on challenges, model-based approaches, and applications in materials science and chemical mapping.