
Explore convolutional codes, Viterbi algorithm, trellis coding, channel capacity, code rate, and Gaussian codebooks in digital communications.

Explore various types of fading in mobile communications, including Rayleigh, Rician, and Nakagami. Learn about fast/slow fading, flat/frequency selective fading, deep fading, and Doppler effects.

Explore multiple access techniques in digital communications, from FDMA to 5G NOMA. Learn about mobile standards evolution, interference cancellation, and compare different access methods.

Explore entropy, compression, channel capacity, and Gaussian codebooks in this comprehensive overview of key information theory concepts and applications.

Explore digital signal reception, matched filters, and equalization techniques for effective communication system design and optimization.

Explore practical applications of Fourier Transform, including 2D image processing. Learn through examples, from basic cosine functions to complex system analyses and digital signal processing.

Learn about signal sampling, aliasing, and reconstruction techniques. Explore bandlimited signals, digital-to-analog conversion, and practical applications in signal processing.

Explore the fundamental concepts, computations, and geometric perspectives of Fourier Series, including even/odd functions, linear algebra connections, and Parseval's Identity.

Learn to use deep learning for audio tagging, converting sounds to images and building a classifier model to categorize songs by mood. Includes hands-on demo and practical insights.

Learn how Azure Orbital enables satellite communication, data processing, and unique service chaining. Explore spacecraft registration, contact scheduling, and satellite pass management in this comprehensive demonstration.

Explore typography design techniques with expert critiques on hierarchy, grouping, and visual impact. Learn to create effective layouts using various weights and point sizes.

Comprehensive review of Siglent SSA3032X Spectrum Analyzer, covering features, experiments, and advanced options. Includes RF basics and practical demonstrations for beginners and professionals.

Explore the powerful Separation of Variables technique for solving PDEs, focusing on Laplace's equation in 2D for steady-state heat distribution, with applications in physics and engineering.

Learn to develop and debug TrustZone-enabled applications on STM32L5 MCUs using STM32CubeIDE. Covers project setup, configuration, and practical demonstration with ARM Cortex-M33.

Explore NFC technology for connecting unconnected devices. Learn about ST25 NFC tags, dynamic tags, applications, certification, and iOS integration. Discover how to build smart tags and leverage NFC for various use cases.

Optimize IoT sensor implementation using STMicroelectronics' LoRa kit and MachineQ platform. Learn about hardware design, cloud software tools, and real-life use cases for faster time-to-market solutions.

Explore NFC Sensor Tag technology: low-cost, energy-efficient environmental data collection and transmission. Learn about its applications, benefits, and implementation in various industries using STMicroelectronics' solutions.

Explore advanced graphics, AI, and voice UI applications using STM32H7A3/B3 microcontrollers. Learn about performance, security features, and ecosystem support for creating rich, interactive embedded systems.

Explore STM32L5 MCUs' ultra-low power features, architecture, and performance. Learn about efficient computation, fast wake-up, and multiple low-power modes through expert presentations and live demonstrations.

Explore NFC technology for enhancing Bluetooth pairing security and user experience. Learn about NFC handover types, pairing processes, and STMicroelectronics' NFC/RFID product portfolio.

Improve ADC sampling rate on STM32L4 using interleaved mode. Hands-on tutorial covers configuration, coding, and application execution for faster ADC conversions.