
Explore advanced techniques for sparse Fourier transforms in multidimensional spaces, focusing on sample-optimal methods without relying on RIP or filtering.

Explore the future of electricity: greener, distributed, and resilient. Learn about clean neighborhood energy systems and their potential to transform how we power our lives sustainably.

Explore signal recovery using generative priors in imaging, discussing neural network models, recovery guarantees, and applications in compressed sensing and phase retrieval.

Pioneering insights into nonlinear systems and oscillatory dynamics, exploring emergent phenomena, synchrony, and chaos. Retrospective on key contributions to the field of coupled oscillators and dynamical reduction.

Explore mathematical frameworks for signal and image analysis, focusing on multiresolution analysis and wavelets, with renowned mathematician Ingrid Daubechies.

Uber CEO discusses sustainability goals, driver experience improvements, emissions-free plans, food delivery efficiency, and the future of ridesharing, including autonomous vehicles and the gig economy.

Explore the critical role of semiconductors in national security, featuring insights from Intel's CEO and a former U.S. Commerce Secretary on industry challenges and strategies.

Explore building industrial-grade embedded Linux platforms using open-source components. Learn about bootloaders, kernels, toolchains, and filesystems, with insights on selection, integration, and maintenance.

Explore mini-card-sized computer boards for enterprise use, examining cost-effectiveness, durability, and practical applications. Learn about opportunities, management strategies, and overcoming challenges in business implementations.

Explore GM's ambitious plan to revolutionize the auto industry with electric vehicles, featuring CEO Mary Barra's vision for a sustainable future in the face of climate change.

Automotive industry leaders discuss the benefits and challenges of open source development, its impact on product innovation, and the need for increased collaboration to drive the industry forward.

Explore signal demixing using polar deconvolution, a novel approach for separating mixed signals with high efficiency and stability, presented by Michael Friedlander from UBC.

Explore ethical implications of using data for pandemic response, balancing human protection with privacy rights. Analyze implementation challenges and opportunities in Romania within EU legal framework.

Explore interoperability challenges in telecom and NFV, covering ETSI NFV testing, NIA campaigns, vendor collaboration, and OpenStack's role. Learn about latest developments and how to contribute.

Explore five transformative trends in networking enabled by 5G, including Gbps broadband, narrowband IoT, low latency for AI and VR, and distributed cloud architectures, presented by wireless technology pioneer Dr. Jan Uddenfeldt.

Panel discussion exploring 5G's impact on enterprise and carrier networks, covering technical challenges, virtualization, open source, and business models. Industry experts share insights on the future of telecommunications.

Exploring the impact of Intel's Ohio investment on global semiconductor supply chains, addressing challenges and lessons for reshoring manufacturing to prevent future disruptions.

Insights on decarbonizing the economy, clean energy transition, and global energy challenges from U.S. Deputy Energy Secretary David Turk in conversation with BBC's Katty Kay.

Explore radio hacking techniques for wirelessly controlled devices like gates, garages, and cars. Learn about tools, vulnerabilities, and protective measures in this comprehensive introduction to RF security.

Bringing agility to secure development: Learn strategies for integrating continuous security practices into your development lifecycle, enhancing both speed and safety in software creation.

Reverse engineering proprietary protocols: case studies revealing security flaws in financial software, home automation, and embedded systems. Techniques for uncovering hidden vulnerabilities in undocumented binary protocols.