ZiSE 2025
| title | author | length |
|---|---|---|
| Into & Kick-off | Stephan Linz, Tobias Kästner | 09m |
Conference kickoff frames Zephyr as a paradigm shift for embedded development, claims industry needs graduates trained on modern RTOS workflows, and warns… | ||
| What is Zephyr and Where Is It Heading To? | Nicole Pappler | 14m |
Zephyr is an open RTOS used in hearing aids, trackers, Samsung devices and more, showing roughly 7000 forks so the project treats it as product-grade; the… | ||
| Green electronics best practices and design patterns with Zephyr RTOS | Lenka Kosková Třísková | 33m |
Project EON involves 50 partners and runs until mid‑2026 targeting circular electronics; software contributes by extending device lifetime rather than… | ||
| Zephyr: An Ideal Platform for Introducing Processes of Safety-Critical Embedded Systems | Roberto Bagnara | 55m |
Claims that Zephyr supplies reusable supplier-side evidence and a teachable workflow focused on requirements, software architectural constraints, coding policy… | ||
| Applied static firmware analysis in a CI environment for increased safety and code review insights | Paul Würtz | 32m |
Proposes adding ELF-based static analysis into CI to catch stack overflows before hardware testing, using Zephyr plus pancover to parse ELF/map files, GCC… | ||
| Using MicroBlocks and Raspberry Pi Pico to introduce primary students to programming | Florian Rasche | 26m |
Used MicroBlocks in a browser with flashed interpreter on Maker RP2040 boards to have three classes of 22 primary students build a simple plant moisture… | ||
| Leveraging Zephyr RTOS for modern embedded systems: a perspective from education and research | Sven Grunwald, Kevin Krebs | 45m |
University courses adopt Zephyr as the actual stack for semester‑5 to 7 projects, moving from a 2019 bare‑metal tracker to a Zephyr‑based workflow with custom… | ||
| Jumpstarting Zephyr: Engaging Newcomers through Practical Workshops | Tobias Kästner | 38m |
Shows a practical workshop recipe that gets newcomers running Zephyr apps fast using an RP2040 Sitron board with ROM bootloader so students drag‑and‑drop… | ||
| Migrating an embedded systems lab to Zephyr: an experience report | Niklas Huhs | 24m |
University courseware migrates from embOS (end-of-life) to Zephyr 4.1 to keep vendor support and student relevance, porting a custom STM32F7 application shield… | ||
| A Clock-Distribution Abstraction for Resource-Constrained Real-Time Systems in Zephyr | Eva Dengler | 26m |
Builds a clock-tree reconfiguration graph from Zephyr device descriptions, measures per-clock execution times with the Platin binary analyzer, and encodes… | ||
| Zephyr RTOS in Industry Research & Product Development | Moritz Marquardt | 09m |
Research group builds a complete prototype platform—new hardware, firmware and a companion app—under a four-month deadline, develops firmware without access to… | ||
| Zephyr RTOS as a role model in the operating systems theory education | Lenka Kosková Třísková | 27m |
Zephyr replaces Arduino/Freertos in OS and IoT labs at two Czech universities, used for operating system theory, embedded prototyping and Internet of Things… | ||
| Zephyr Development Environment for Students | Johannes Witzig | 29m |
Provides a reproducible Zephyr dev setup that replaces heavy VMs with a Docker/Podman container image built from a Debian base, installs the SDK and selective… | ||
| nothing matches | ||