
Demonstrating Python automation for test equipment, showcasing a custom datalogging system for oscillator characterization using commercial and basic sensor equipment.

Explore the challenges and adaptations of Linux for space applications, including radiation protection, temperature control, and communication constraints in satellite systems.

Explore recreating guitar effect pedals using the Web Audio API. Learn to manipulate live audio in real-time, combining music and web development for innovative sound processing.

Explore WebBluetooth's potential to control physical devices using JavaScript. Learn basics and advanced topics for connecting browsers to lightbulbs, robots, and drones, and even running JavaScript on microcontrollers.

Explore brain-computer interfaces with JavaScript, from signal processing to neural networks. Live demo showcases EEG headset integration, Electron, Node.js, and Vue.js for mind-controlled interactions.

Explore Web Audio's potential for audio transcription through an engaging mix of audio, video, and live performance, blending Hip Hop with unit testing concepts.

Intel's collaboration with partners to advance 5G technology, showcasing real-world applications and demonstrations of this revolutionary wireless network's potential.

Experts discuss strategies to accelerate EV adoption, including infrastructure development, consumer education, and technological advancements in battery technology and autonomous driving.

BYTON's CEO discusses their innovative approach to autonomous and electric vehicles, focusing on shared experiences and unique consumer interactions in their upcoming car launch.

Explore advanced C++ techniques for embedded systems, focusing on optimization, performance, and efficient coding practices in resource-constrained environments.

Explore modern embedded APIs and their applications in software development for resource-constrained systems at this insightful conference lecture.

Explore interconnection security in mobile networks, focusing on SS7 and Diameter protocols. Learn about vulnerabilities, attacks, and protective measures.

Comprehensive exploration of FPGA technology, covering architecture, programming, and execution processes. Compares FPGAs to traditional processors and discusses their growing role as accelerators in various computing environments.

Explore AsyncIO's potential in music production through MIDI processing, covering signal transformations, generative music, and audio processing challenges.

Explore C++ lambdas: implementation, compiler-generated code, and practical applications. Gain insights for efficient coding, especially in embedded systems.

Explore TPM and IoT security using Raspberry Pi. Learn about trusted computing, chain of trust, and mitigating firmware attacks for building secure IoT systems.

Comprehensive introduction to embedded systems, covering their importance, challenges, and development techniques. Ideal for computer science graduates seeking organized knowledge in this field.

Explore automated code generation for embedded systems, transforming high-level algorithms into optimized C/C++ code. Learn about enhancing efficiency, ensuring traceability, and meeting safety standards in software development.

Explore automated static code analysis for software safety and security. Learn to prove absence of runtime errors using formal methods and tools like Polyspace for exhaustive testing.

Learn techniques for deploying neural networks on embedded devices, including pruning and quantization, to optimize performance and efficiency.

Explore AI's impact on telecom: from network performance monitoring to satellite communication challenges, with insights on machine learning applications and industry advancements.