RIDAS - Real-Time Identification of Attack Sources on Controller Area Networks
Real-time method for identifying attack sources on vehicle networks, enhancing cybersecurity through error handling and sequential ECU inspection. Robust against environmental changes and attacker evasion.
Large Scale Application Configuration Management
Explore real-time configuration management for large-scale applications, focusing on flexibility, stability, and controlled updates across thousands of servers in multiple datacenters.
WG21-SG14 - The Story So Far
Explore C++ standardization efforts for low-latency, real-time systems in games, finance, and simulations. Learn about performance optimization, exception costs, and emerging container solutions.
GStreamer and ROS - A Tale of Two Messaging Frameworks
Exploring GStreamer and ROS: Comparing messaging frameworks for multimedia and robotics, their design patterns, and potential integration for flexible, high-performance systems.
Data-Oriented Design in Practice
Explore data-oriented design as an alternative to OOP in C++, focusing on practical examples from web browsers to demonstrate improved performance, scalability, and maintainability.
Real-Time Systems 101
Demystifying real-time systems: challenges, scheduling, and practical applications in computer science. Gain insights into this crucial aspect of modern computing from an experienced software architect.
Seamless Integration of C++ in Conjunction with C in Embedded Applications
Explore seamless integration of C++ with C in embedded systems, debunking myths and showcasing C++'s advantages in complex applications and model-based development for efficient software delivery.
What is Low Latency C++? - Part 1
Explore low latency C++ across industries, examining challenges and techniques for efficient programming in time-critical systems like finance, audio, and gaming.
Real Time MC
Explore the journey of PREEMPT_RT in Linux, its impact on kernel development, and future challenges in real-time operating systems.
Mind the Gap - Between Real-Time Linux and Real-Time Theory
Bridging real-time Linux and theory: task models, metrics, and validation for PREEMPT RT, enhancing understanding and improving kernel performance.
SCHED_DEADLINE Desiderata and Slightly Crazy Ideas
Explore SCHED_DEADLINE scheduling policy's current state, upcoming features, and potential improvements. Gain insights into Linux kernel scheduling and real-time systems.
Real Time - MC
Explore real-time computing concepts and applications in Linux systems, focusing on mission-critical operations and performance optimization techniques.
Maintaining Out of Tree Patches Over the Long Term
Insights on maintaining long-term external kernel patches, focusing on workflow, tooling, and release management. Lessons from PREEMPT_RT patchset's experience applicable to other external patchsets.
Formalizing Kernel Synchronization Primitives with PREEMPT_RT
Explore kernel synchronization primitives in PREEMPT_RT, focusing on formalization techniques and their impact on real-time Linux systems performance and reliability.
Real-Time and Scheduling MC - Ulster
Explore real-time and scheduling concepts in Linux systems, focusing on advancements and challenges in kernel development for improved performance and responsiveness.
PREEMPT_RT - How Not to Break It
Explore best practices for maintaining PREEMPT_RT stability, focusing on common pitfalls and effective strategies to ensure robust real-time performance in Linux systems.
Robotics Powering Interfaces with AngularJS to the Arduino
Explore Arduino-AngularJS integration for real-time robotic interfaces. Learn to build interactive systems combining hardware sensors with web technologies for innovative human-computer interaction.
Metering & Billing System Based on Universal Model for Cloud Native System
Explore a universal model for pricing and standard API for metering/billing in cloud-native systems, addressing elasticity, customization, and real-time resource allocation challenges.
Journey to a Real Time Enterprise
Explore the transformation to real-time enterprise systems with insights on challenges, solutions, and the future of data-driven businesses in this keynote by Neha Narkhede.
Fearless Concurrency in Your Microcontroller
Explore efficient multitasking on microcontrollers using Rust's zero-cost, memory-safe abstractions for embedded systems. Learn about concurrent programming techniques for resource-constrained environments.
Fun with Rusty Robots
Explore Rust programming for autonomous robots across various platforms, from bare metal to Linux and real-time OS, with practical insights for robotic competitions.