
Explore the current status and overview of Zephyr's network subsystem, focusing on connectivity features and stack implementation.

Explore custom hardware integration using RISC-V's Custom Function Unit and Zephyr RTOS on FPGAs, enhancing embedded system performance and flexibility.

Explore open-source fleet management for Zephyr, enabling safe OTA updates and coordinated firmware management across diverse embedded systems with RDFM framework.

Discover Zephyr's potential in automotive applications, exploring integration challenges, compatibility with industry standards, and opportunities for wider adoption in vehicle software development.

Explore power distribution in servers, analyze efficiency improvements, and examine the impact of inlet temperature changes on data center energy consumption.

Explore ultra-efficient object detection using AI-integrated smart glasses and TinyissimoYOLO for on-device applications in this cutting-edge presentation.

Explore AI-driven disassembly's role in sustainability, covering efficient methods, robotics integration, environmental impact, challenges, and future prospects.

Explore ADAS and autonomous driving fundamentals, hardware components, functions, computing requirements, software elements, and their impact on road safety and transportation.

Explore chaos engineering principles and practices to build resilient systems. Learn to plan, execute, and analyze experiments for improving fault tolerance and system reliability.

Explore cutting-edge AI for text-to-audio generation. Learn about AudioLDM, AudioLDM2, and more. Discover applications in sound design for movies, games, and VR. Includes live demos and open-source tools.

Explore AI-driven disassembly techniques for sustainable product lifecycles, enhancing circular economy practices through innovative robotics and efficient assembly methods.

Explore SRE practices for managing unpredictable systems using the "Chaotic Cat" analogy, enhancing reliability and resilience in complex environments.

Explore strategies for building reliable systems in uncertain environments, focusing on chaos engineering principles and practical implementation techniques.

Explore Microsoft's shift-left approach to enhance certificate management and prevent outages in distributed systems. Learn strategies for building resilient infrastructure.

Explore chaos engineering principles to build resilient systems, enhance fault tolerance, and improve system reliability in complex distributed environments.

Explore perception contracts for ML-enabled systems safety, focusing on error handling in ground-truth estimations and symbolic learning algorithms for vision-based control systems.

Explore neural language models and few-shot learning for efficient processing of automotive engineering requirements in model-driven software engineering.

Explore building a Mac 128K emulator using Raspberry Pi Pico with Ron McAdams' Pico Micro Mac board. Learn setup, usage, and potential of this compact retro computing project.

Explore RPi Pico-based Apple II peripheral cards, comparing designs and featuring a live demo of the A2retroNET prototype.

Explore a novel framework for implementing and validating rate-based message passing systems in IoT domains using session types, ensuring rate error freedom and type preservation.

Explore tools and verification mechanisms for developing new instruction set architectures, focusing on semi-automated approaches to streamline system software and simulator infrastructure creation.