CanEduDev

CanEduDev Partners with KTH and Telenor on Advanced Autonomous Driving Project Project Overview: CanEduDev, in collaboration with the Royal Institute of Technology (KTH) and Telenor, has initiated the project "Autonomous Drive of a Minicar Using Edge Computing and 5G Communication." This project is a part of the CART (Connected, Collaborating, and Automated Road Traffic) subproject under TECoSA (Center for Trustworthy Edge Computing Systems and Applications) and aims to develop a low-cost and safe verifier for future full-size autonomous vehicle testbeds using the CanEduDev Rover platform. Key Participants: CanEduDev: Supplying the CanEduDev Rover platform and contributing expertise in autonomous vehicle technology. KTH: Providing and integrating perception sensors and software to enable autonomous driving functionalities in the CanEduDev Rover. Telenor: Offering 5G communication services and edge servers to support real-time data processing and decision-making. Project Objectives: The project is designed to demonstrate the capabilities of edge computing and 5G communication in enhancing autonomous vehicle performance. By offloading computationally intensive tasks to nearby edge servers, the project aims to address the limitations of onboard microcontrollers in collecting necessary data and computing optimal, safe driving decisions. Key research questions include: Evaluating offloading strategies for computing tasks. Ensuring end-to-end latency meets real-time requirements for safety-critical functions. Evaluating the impact of edge computing architecture on vehicle safety and performance. Significance: This initiative marks the beginning of developing a safe, secure, and effective R&D platform for the industry. By leveraging emerging technologies, the project's CanEduDev Rover platform—equipped with advanced sensors and communication systems—will serve as a scalable, safe, and cost-effective solution for testing and validating new technologies. Implications for CanEduDev: This project aligns with CanEduDev's strategic objective of creating an effective R&D platform for innovation, higher education, and research. It represents a significant step towards developing new technological capabilities for its scale model cars and achieving the long-term goal of advancing cutting-edge technology solutions through partnerships and innovative research. Tags: #Innovation #EdgeComputing #5G #AutonomousVehicles #RoverPlatform #CanEduDev #KTH #Telenor #ResearchAndDevelopment #HigherEducation #Technology #SmartTransportation #Collaboration #TechResearch #R&D

Enhance Your Testing Approach with CanEduDev’s Latest Insights CanEduDev's Lead Engineer, Hashem, has published a new blog post titled "Leveraging the Rover as a Complement to HIL and SIL Testing." The article outlines how the CanEduDev Rover can complement traditional testing methods, offering a practical and cost-effective solution for automotive and robotics engineers. Key Topics Covered: -The role of small-scale testing in validating control algorithms. - How the Demo Rover serves as a bridge between Software-in-the-Loop (SIL), Hardware-in-the-Loop (HIL), and full-scale physical testing. - Advantages of its modular design and CAN-based system for flexible, real-time testing. The Rover is designed to integrate seamlessly into your testing process, helping to optimize the development workflow and improve testing accuracy. It is particularly suitable for tasks like path planning, sensor integration, and testing communication protocols. Learn more about how the  Rover can support your testing efforts by clicking the link below. For further information, contact Hashem at hashem@canedudev.com. #Testing #Automotive #Robotics #SIL #HIL #Engineering #CAN

Unlock Advanced Data Capabilities with Our Enhanced Rover Braking System We are excited to announce the latest enhancement to our Rover platform: an upgraded braking system that offers engineers unprecedented access to detailed braking data for advanced analysis, simulations, and program development. Technical Highlights Comprehensive Data Acquisition: The integration of automotive-grade hall sensors and servo position feedback provides high-resolution data on wheel speed, braking force, and response times, enabling deeper insights into braking dynamics. Customizable Control System: Engineers can now develop and implement more sophisticated control algorithms and simulations, tailoring the braking response to various scenarios and research needs. Seamless Integration for Real-Time Analysis: With direct data access through the Rover’s CAN bus, this system facilitates real-time monitoring and logging, allowing for immediate adjustments and iterative testing in diverse environments. This new capability not only supports the development of advanced braking programs but also empowers researchers to simulate and validate complex braking scenarios, making the Rover an indispensable tool for those working on cutting-edge automotive and robotic projects. For more information or to discuss how this enhanced system can support your next project, we’re here to collaborate and innovate together! #EngineeringExcellence #DataDrivenDesign #BrakingSystems #RoverPlatform #CANBusInnovation

CanEduDev Rover: Technical Progress Update on System Integration We are pleased to provide a detailed update on the ongoing development of the CanEduDev Rover, a key innovation within our collaboration with Telenor, KTH, and the Tecosa project. The integration of essential components and the overall system architecture is now approaching finalization, incorporating advanced technologies designed for real-world applications in autonomous systems research. Core Components in Use: -Ultrasonic sensors: Integrated for short-range obstacle detection and emergency braking, ensuring enhanced safety. -Disc brakes with wheel speed sensors: Deliver precise speed estimation and braking control, contributing to stability and safety in dynamic environments. -Battery monitoring system: Provides real-time data on battery health and power distribution, critical for maintaining operational efficiency. System Architecture and Component Integration The CanEduDev Rover is built on a Distributed Embedded Control System (DECS) architecture, utilizing a CAN bus network to ensure robust communication between subsystems. This modular and scalable design allows for the flexible integration of additional components, supporting a wide range of testing and research requirements. Key milestones achieved include: -Full integration of the Nvidia Orin compute platform, delivering real-time AI-driven sensor fusion, path planning, and machine learning capabilities. -The 3D LiDAR provides high-resolution, 360-degree environmental mapping with a wide vertical field of view, enabling precise navigation and obstacle detection. -GNSS and IMU integration ensures high-accuracy positioning and navigation capabilities that are critical for autonomous operation, especially in outdoor environments. -Smart cameras have been integrated, offering advanced mid-range object recognition to enhance the Rover’s situational awareness. The Rover is also equipped with 5G connectivity provided by Telenor, facilitating real-time communication and low-latency remote control, essential for distributed autonomous systems. Next Steps As we move forward, the immediate focus is on the full validation of all integrated components. This validation process will ensure that each subsystem meets performance expectations and is ready for the next phase. Only after this comprehensive validation will the calibration phase begin, which will fine-tune the Rover’s performance for real-world applications. The CanEduDev Rover remains on track to serve as a highly adaptable research platform, advancing the development of next-generation autonomous systems. For further technical details or collaboration inquiries, please contact us or visit our website.

Unlock the Future of Training and Innovation with CanEduDev Rover! Did you know? -Open Source Software: Our Rover software is open source! Download, modify, and enhance it to suit your specific needs. -Comprehensive Hardware Documentation: We provide detailed schematics for all our hardware, ensuring you have all the information you need at your fingertips. -Exceptional Customization Support: Our dedicated team offers unparalleled support to help you customize the Rover to your exact requirements. -Seamless Software Updates: Easily update the Rover's software through the CAN system, keeping your device at the cutting edge of technology. The CanEduDev Rover is not just a product; it's a platform for the next generation of training, demos, and knowledge expansion. Whether you're an educator, a hobbyist, or a professional, our Rover offers a versatile and powerful solution for hands-on learning and innovation. Join the community of forward-thinkers and tech enthusiasts who are leveraging CanEduDev Rover to explore new horizons. Visit CanEduDev to learn more and start your journey today!

CanEduDev at JSAE 2023 We are pleased to announce our participation in the JSAE event in Japan this year. The Society of Automotive Engineers of Japan, Inc. (JSAE) brings together over 50,000 individual members and more than 500 corporate members, all dedicated to automotive research and innovation. 📅 Event Dates: 17-19 July 📍 Location: Nagoya 📍 Booth: 44 (with Opsoc) Highlights at JSAE: - Collaborative Demos: We are partnering with Opsoc and Gifu University to demonstrate the capabilities of our CAN Development & Education Kit, including the DemoRover. - Engage with Us: Join us at Booth 44 to discuss ROS2 and Autoware, and see how we are integrating their latest advancements into our demonstrations. - Advanced Technology: Our DemoRover features a built-in CAN control network, showcasing real-time customization and connectivity. Lars-Berno Fredriksson, CEO of CanEduDev, will be participating in the event, providing insights into our latest innovations and future directions. For more details and to schedule a demo, visit CanEduDev.com or contact us at sales@canedudev.com. We look forward to connecting with you in Nagoya. #CanEduDev #JSAE2023 #AutomotiveInnovation #CANTechnology #Autoware #ROS2 #AutomotiveResearch

Below is a video example of the Rover working seamlessly with Kvaser’s Airbridge, illustrating the potential of our combined technologies. Thank you to Kvaser for inviting us to the QSR/TA conference. We at CanEduDev appreciate the opportunity to connect and share insights into CAN technology. During the event, we conducted a demo showcasing how the CanEduDev Rover integrates with various tools, including the Kvaser Aibridge. Our demonstration highlighted the versatility and capabilities of the Rover, particularly in combination with the new Airbridge, which can connect to multiple instances. We look forward to future collaborations and advancements in the CAN ecosystem. #Kvaser #CanEduDev #CANprotocol #Technology #Engineering

🚀 CanEduDev Shines at #ICRA2024 with Autoware! 🚀 We are thrilled to have participated in ICRA2024, showcasing our cutting-edge CAN Development & Education Kit the CanEduDev Rover. It was an incredible experience to be part of such a vibrant and innovative community, demonstrating the power and versatility of our CAN control systems. During the ICRA Expo, Autoware-powered robots captured the spotlight, and our DemoRover was a significant highlight. Designed for seamless demonstrations and educational purposes, it stood out for its advanced features and real-time customization capabilities. Key Highlights from ICRA2024: *PIX Moving debuted their PIXKit 3.0, marking a significant milestone. *The 15th F1Tenth Autonomous Grand Prix saw Laval University Autonomous Vehicle (VAUL) from Canada take 1st place! 🏆 Congratulations to all the participants! Looking forward to an exciting future together as we continue to innovate and collaborate within this dynamic community. 🔗 Learn more At #Autoware and our journey: autoware.org & canedudev.com #CanEduDev #Autoware #opensource #AutonomousVehicles #technology #autonomousdriving #softwaredefinedvehicle #ICRA2024

New Power Board from CanEduDev We are thrilled to announce the launch of our innovative Battery Management Card, The CanEduDev Power Board—an essential upgrade for our Rover. This new addition is designed to enhance performance and reliability, ensuring your projects run smoothly and safely. Key Features Include: Voltage Monitoring: Keep tabs on overall voltage as well as the voltage of individual cells, ensuring optimal performance and safety. Current Management: Precise current monitoring to protect and maximize battery life. Voltage Regulation: Maintain consistent voltage levels to protect sensitive electronic components between 3 and 16 V. Comprehensive Protection: Safeguards not only the battery but your entire vehicle from electrical mishaps with low voltage cut-off and overcurrent protection up to 100 A. Compatibility: Features connectors that work seamlessly with hobby connectors such as XT90, making integration smooth and straightforward. This Power Board is a game changer for anyone looking to push the boundaries of what's possible in their tech projects. For more information please contact sales@canedudev.com #CanEduDev #Innovation #Technology #BatteryManagement #Engineering

CanEduDev and Kvaser: Advancing CAN Technology Together As a newly appointed Technical Associate to Kvaser, CanEduDev is set to bring its Rover platform to the forefront of CAN technology demonstrations and education. This collaboration underscores our shared dedication to enhancing the practical application and understanding of CAN protocols. At the upcoming Kvaser conferences in the US and Europe, Kvaser Associates will have the opportunity to explore the Rover platform. These sessions are designed for hands-on experimentation and discussions on creating customized demo and lab kits, showcasing the Rover’s adaptability and integration with Kvaser’s solutions. Representing CanEduDev, Lars-Berno Fredriksson looks forward to engaging with Kvaser Associates. This partnership aims to foster innovation and enrich the CAN community’s resources. We are happy about once again collaborating with Kvaser, leveraging this partnership to elevate CAN technology education and development.