
Explore RIOT-based power meter reader implementation, focusing on IoT applications and energy monitoring solutions.

Explore reverse engineering of ESP32 Wi-Fi hardware to create an open-source networking stack, enhancing security, features, and research possibilities.

Explore advanced concepts in computational electromagnetics, focusing on antenna mutual coupling analysis and its applications in electromagnetic simulations.

Explore computational electromagnetics applications for antennas, focusing on the Hertz dipole. Gain insights into fundamental concepts and practical implementations.

Explore Pocklington's Integral Equation for antenna analysis in computational electromagnetics. Learn key concepts and applications in this introductory segment.

Explore computational electromagnetics applications in antenna mutual coupling. Gain insights into electromagnetic interactions between antenna elements.

Explore geometric constructions for sparse integer signal recovery, focusing on matrix design for robust vector reconstruction in compressed sensing applications.

Discover how to track aircraft using software-defined radio, capturing ADS-B transmissions and visualizing real-time data on a map.

Explore the future of global communications with insights from a telecom industry veteran. Gain visionary perspectives on evolving connectivity and its impact on technology and society.

Explore open source FPGA tooling ecosystem, current state, future prospects, and key projects leveraging its flexibility, including potential ASIC applications.

Explore channel leakage cancellation techniques for SDR narrowband radar interferometry using GNU Radio. Improve accuracy in short-range distance sensing with software solutions.

Explore RFNoC blocks in UHD 4.0, their capabilities, and deployment techniques for high-throughput DSP on USRP devices. Learn to optimize RFNoC flowgraphs for maximum flexibility.

Explore electromagnetic emanations from video interfaces and learn about TEMPEST attacks using GNU Radio-based implementation. Discover principles, real-world examples, and differences between VGA and HDMI signals.

Explore 5G network vulnerabilities using COTS hardware and open-source software. Learn about SDN tools, SDR capabilities, and red-team/blue-team approaches for validating security risks.

Explore pyadi-jif, an open-source tool for configuring JESD204 systems in wideband software radios. Learn about JESD204, its impact on modern RF systems, and how JIF simplifies device configuration.

Explore design challenges and strategies for creating embedded computer systems with SDRs and GNU Radio. Learn key considerations for developing reliable, high-performance products for field deployment.

Explore RF|Sim for cloud-based SDR simulations and Azure Orbital for virtual ground station testing. Learn scalable RF automation and end-to-end satellite design verification.

Explore the impact of commercial smallsats on US national security, including opportunities, industry dynamics, and critical strategies for maintaining strategic advantage.

Explore integrated optical communication and distributed sensing systems, their applications, and potential for enhancing network reliability and environmental monitoring.

Explore ML from an engineering perspective, focusing on real-world applications and the impact of model selection on final solutions in telecommunications networks.

Explore how Swisscom delivers customer-centric experiences, data-driven care, and agile operations in the era of 5G and IoT, focusing on holistic and purposeful customer experiences.