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ROS

Robot Operating System (ROS) is an open-source robotics middleware suite that provides services designed for a heterogeneous computer cluster. It was developed to facilitate the development of robotic applications by providing a standardized framework for communication between different software components. Since its inception, ROS has evolved significantly, becoming a cornerstone in the field of robotics, enabling developers to create complex and capable robotic systems efficiently. With a strong community and extensive libraries, ROS continues to support a wide range of robotic platforms and applications.

Creation Time:2024-10-28 15 key nodes English

The Timeline

2007 — 2024

  1. 2007

    Initial Release of ROS

    The first version of ROS, known as ROS 1.0, was released by Willow Garage. This marked the beginning of ROS as a powerful tool for robotics development, providing libraries and tools to help software developers create robotic applications.
  2. 2008

    ROS Becomes Open Source

    Willow Garage decided to make ROS open-source, allowing developers worldwide to collaborate and contribute to the platform. This decision significantly accelerated the development and adoption of ROS in the robotics community.
  3. 2010

    Introduction of ROS 1.2 (CTurtle)

    The second version of ROS, CTurtle, was released, introducing new features and improvements, including better support for simulation and visualization tools, which enhanced the usability of ROS for developers.
  4. 2011

    Growing Community and Ecosystem

    By 2011, the ROS community had grown significantly, with more than 100 packages available. This expansion included contributions from universities and research institutions, solidifying ROS's position as a leading robotics platform.
  5. 2012

    Launch of ROS 1.8 (Fuerte)

    The Fuerte release of ROS brought in substantial improvements in performance and usability, including better tools for debugging and visualization. This version further enhanced the capabilities of ROS for developers.
  6. 2013

    Introduction of ROS Industrial

    The ROS Industrial initiative was launched, aimed at extending the capabilities of ROS to industrial applications. This project provided tools and libraries tailored for industrial robots, promoting ROS's use in manufacturing environments.
  7. 2014

    Launch of ROS 1.10 (Hydro)

    The Hydro release of ROS introduced several new features, including improved support for multi-robot systems and enhanced simulation capabilities, making it easier for developers to create complex robotic applications.
  8. 2015

    ROS 2 Development Begins

    Development of ROS 2 began, focusing on improving the architecture to support real-time systems, security, and better performance on various platforms. This marked a significant evolution in the ROS framework.
  9. 2017

    Release of ROS 2 (Ardent Apalone)

    The first official release of ROS 2, named Ardent Apalone, was launched. This version introduced new features aimed at improving performance, security, and real-time capabilities, catering to modern robotic applications.
  10. 2019

    Launch of ROS 2 (Dashing Diademata)

    Dashing Diademata was released as a long-term support version of ROS 2, providing stability and support for developers working on production systems. This release emphasized the growing maturity of ROS 2.
  11. 2020

    Expansion of ROS 2 Ecosystem

    The ROS 2 ecosystem continued to expand with the addition of numerous packages and tools, further enhancing its capabilities for developers. Community engagement and contributions were vital in this growth phase.
  12. 2021

    Launch of ROS 2 (Foxy Fitzroy)

    Foxy Fitzroy was released as another long-term support version of ROS 2, focusing on improving usability, performance, and compatibility with various robotic platforms, solidifying its role in the robotics community.
  13. 2022

    Introduction of ROS 2 (Galactic Geochelone)

    The Galactic Geochelone release of ROS 2 brought enhancements in features and tools, making it easier for developers to build and deploy robotic applications across diverse environments.
  14. 2023

    Launch of ROS 2 (Humble Hawksbill)

    Humble Hawksbill was released as a long-term support version, focusing on stability and performance improvements, and further enhancing the usability of ROS 2 for developers in various robotics applications.
  15. 2024

    Future Directions for ROS

    As of 2024, ROS continues to evolve, with ongoing development in ROS 2 focusing on improving integration with AI and machine learning technologies, enhancing capabilities for autonomous systems, and expanding the community-driven ecosystem.

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