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diff --git a/course_content/src/1-mechanical-engineering-for-robotics.md b/course_content/src/1-mechanical-engineering-for-robotics.md
@@ -1,41 +1,4 @@
-To enrich your robotics company's documentation website with relevant resources, articles, and community engagement, here are some curated topics and useful links that can enhance your content strategy. These suggestions include accessible scholarly articles, industry standards, and platforms where robotics discussions are trending.
-
-### 1. Robotic Path Planning and Navigation
-- **Article**: "Path Planning for Autonomous Robots: A Review" – A comprehensive review on algorithms used for navigation and pathfinding in robotics.
-  - [Access the article here](https://www.sciencedirect.com/science/article/pii/S187705091931296X).
-
-### 2. Inverse Kinematics
-- **Resource**: Documentation on Inverse Kinematics by the Robotics Toolbox for MATLAB, providing foundational concepts and practical programming examples.
-  - [Visit Robotics Toolbox](http://petercorke.com/wordpress/toolboxes/robotics-toolbox).
-
-### 3. Swarm Robotics
-- **Website**: Swarm Intelligence and Swarm Robotics Research Group – Explore various projects and publications on swarm robotic systems.
-  - [Check out the group’s site](http://www.swarmrobot.org).
-
-### 4. Sensor Technologies in Robotics
-- **Research Paper**: "Real-Time Sensor Fusion for Robotic Systems" – Investigates the integration of various sensor technologies and their applications in robotics.
-  - [Download the paper](https://arxiv.org/abs/1912.07787).
-
-### 5. Innovations in Robotic Arms
-- **Video**: Stanford's Innovative Robotic Arm – A showcase of real-time applications and advancements in robotic arm technology.
-  - [Watch on YouTube](https://www.youtube.com/channel/UCsP2wvzUuAPa5Xc0S5G9U7g).
-
-### 6. 3D Modeling and Design Resources
-- **Platform**: GrabCAD – Offers free CAD models and a community of engineers sharing innovations in robot design.
-  - [Explore GrabCAD](https://grabcad.com/library/software).
-
-### 7. Reinforcement Learning in Robotics
-- **Article**: "Deep Reinforcement Learning for Robotic Manipulation with Asynchronous Off-Policy Updates" – Study on utilizing reinforcement learning in enhancing robotic decision-making.
-  - [Read the article](https://arxiv.org/abs/1609.00020).
-
-### 8. Human-Robot Interaction
-- **Conference Proceedings**: IEEE International Symposium on Robot and Human Interactive Communication – A collection of papers focused on improving interaction between humans and robots.
-  - [View proceedings](https://ieeexplore.ieee.org/xpl/conhome/1000003/all-proceedings).
-
-### Integration Suggestions:
-1. **Interactive Features**: Include interactive diagrams or simulations that demonstrate robotic mechanisms, especially path planning and inverse kinematics.
-2. **Blog Section**: Regularly update a blog with highlights from social media trends relevant to robotics.
-3. **Discussion Forums**: Consider embedding a forum or linking to platforms (like Reddit or specialized robotics forums) where professionals share insights.
-4. **Resource Directory**: Create a categorized resource directory within your documentation that includes articles, videos, and tools relevant to various robotics topics.
-
-By curating this content, you not only enhance the educational value of your documentation website but also foster a vibrant community of robotics enthusiasts and professionals.
+---
+title: My favorite page
+toc: false
+---
diff --git a/course_content/src/1machine-perception.md b/course_content/src/1machine-perception.md
@@ -1,102 +1,4 @@
-Certainly! Here’s a structured approach to creating a documentation website for a robotics company, incorporating social media content and leveraging resources like ObservableHQ for visualization and machine perception.
-
-### Outline for Robotics Documentation Website
-
 ---
-
-#### 1. **Homepage**
-
-- **Introduction to Robotics**: Brief overview of what robotics entails and its importance.
-- **Featured Innovations**: Highlight the latest projects or breakthroughs in your company.
-- **Navigation Overview**: Easy links to main sections like Tutorials, Projects, Research, and Community Engagement.
-
----
-
-#### 2. **Machine Perception Documentation**
-
-- **Introduction to Machine Perception**: A summary of machine perception concepts based on the ObservableHQ resource.
-- **Key Topics**: Discuss essential areas of machine perception:
-  - Computer Vision
-  - Sensor Fusion
-  - Learning Algorithms
-
-- **Interactive Visualizations**:
-  - Embed ObservableHQ notebooks that demonstrate key concepts in machine perception.
-  - Example visualization showcasing sensor data integration.
-
----
-
-#### 3. **Robotics Tutorials**
-
-- **Beginner Tutorials**: 
-  - Introduction to Robotics Programming (Python, C++)
-  - Using ROS (Robot Operating System)
-
-- **Advanced Tutorials**:
-  - Implementing machine perception algorithms.
-  - Robotics simulation tools (Gazebo, V-REP).
-
-- **Link to ObservableHQ**: Provide access to notebooks that align with tutorials for hands-on learning.
-
----
-
-#### 4. **Projects and Case Studies**
-
-- **Current Projects**: Detailed descriptions of ongoing robotics projects, including objectives and technologies used.
-- **Case Studies**: 
-  - Document successful implementations of robotics in various sectors (healthcare, manufacturing, agriculture).
-  - Include metrics and outcomes when possible, supported by data visualizations.
-
----
-
-#### 5. **Community and Social Media Integration**
-
-- **Real-Time Robotics Discussions**: 
-  - Integrate a Twitter feed displaying tweets using #Robotics and #MachineLearning to keep the content dynamic and current.
-  - Aggregate relevant tweets in a section titled "In the News".
-
-  Example Query URL: [Twitter Search for #Robotics](https://twitter.com/search?q=%23Robotics)
-
-- **Discussion Forum**: Create a platform for users to discuss tutorials, share projects, and ask questions.
-
-- **Featured Experts**: Highlight notable robotics experts or organizations in the field. Include links to their social media and published articles.
-
----
-
-#### 6. **Research and Development**
-
-- **Research Papers**: A section summarizing significant research in robotics. Provide links to papers, datasets, and additional resources.
-- **Industry Trends**: Articles or blog posts discussing the latest trends in robotics and technology advancements.
-
----
-
-#### 7. **Visual Data Representations**
-
-- **D3.js Charts and Graphs**: Use D3.js or similar libraries to create compelling charts that visualize data related to projects or tutorials.
-- **Interactive Machine Learning Models**: Embed interactive models or simulations that users can experiment with.
-
----
-
-#### 8. **FAQs and Support**
-
-- **Frequently Asked Questions**: Compile a list of common inquiries related to robotics, machine perception, programming, etc.
-- **Get Help**: Links to resources like community forums, contact support, and documentation for troubleshooting.
-
----
-
-#### 9. **Conclusion and Call to Action**
-
-- **Stay Updated**: A newsletter signup to receive the latest on robotics innovations.
-- **Join the Community**: Encourage visitors to engage with the community through social media, forums, and collaborative projects.
-
----
-
-### Resources for Integration
-
-- **ObservableHQ**: Utilize this platform for creating accessible and interactive visualizations related to your robotics topics.
-- **Social Media Tools**: Consider tools like TweetDeck or Hootsuite to manage and display social media feeds effectively on your website.
-- **Web Scraping/RSS**: Use APIs or RSS feeds to pull in content dynamically.
-
-### Final Note
-
-Incorporating these elements will enhance your robotics documentation site, ensuring it's not only informative but also interactive and engaging. Integrating social media make it more relevant and allows visitors to connect with ongoing discussions in the field.
+title: My favorite page
+toc: false
+---
diff --git a/course_content/src/2-computer-vision.md b/course_content/src/2-computer-vision.md
@@ -1,71 +1,4 @@
-To enhance your documentation website for a robotics company, leveraging resources from **ObservableHQ** as well as relevant social media insights can create a comprehensive and engaging information hub. Below are some suggestions on how to structure and integrate components related to robotics:
-
-### Suggested Structure for Documentation Website
-
-1. **Home Page**
-   - Overview of the company and its mission in robotics.
-   - Featured projects or products with links to detailed documentation.
-   - Latest News and Updates section pulling in social media posts.
-
-2. **Getting Started**
-   - Links to introductory tutorials on robotics, ideal for beginners.
-   - Overview of robotics fundamentals, kinematics, and control systems.
-
-3. **Technical Documentation**
-   - Detailed sections on:
-     - **Kinematics**: Explanation of forward and inverse kinematics.
-     - **Path Planning**: Discuss algorithms and their applications.
-     - **Control Systems**: Introduction to different types of control systems like PID.
-     - **Robotic Simulation**: Usage of simulation tools like Gazebo.
-
-4. **Project Showcase**
-   - **DIY Projects**: Embed project resources, like the Arduino robotic arm, with tutorials.
-   - User-submitted projects to foster community engagement.
-
-5. **Research & Trends**
-   - Articles on human-robot interaction, mobile robotics applications, and insights into future trends.
-   - Integration of social media discussions and threads related to these topics.
-
-6. **Community Forum**
-   - A space for users to discuss and pose questions about robotics topics.
-   - Also, host discussions on the tweets and topics shared on social media.
-
-7. **Resources**
-   - Curated external links to:
-     - Research papers and articles on the latest advancements in robotics.
-     - Online courses and tutorials from reputable platforms.
-     - Important conferences and workshops in the robotics domain.
-
-### Integration of Social Media Content
-
-Utilizing tweets and social media in your documentation can significantly boost engagement and provide users with the latest conversations in the field:
-
-- **Embedded Tweets**: Use the Twitter embed feature to showcase the selected tweets directly on your website. For instance:
-  - **Robotics Fundamentals Tweet**: Embed this tweet in the "Getting Started" section to provide readers instant access to foundational resources.
-
-- **Live Updates Section**: Create a "Latest in Robotics" feed that aggregates recent tweets, research findings, and technology news. This could update dynamically to keep material fresh.
-
-- **Interactive Discussions**: Encourage user interaction by asking for feedback or opinions on the embedded tweets, fostering a community of learners and innovators.
-
-### Example of Integrated Content
-
-```md
-### Latest in Robotics
-Stay updated with the latest trends and discussions in robotics pulled from social media.
-
-> **Robotics Fundamentals**  
-> ![Tweet](https://twitter.com/roboticsnews/status/1456789345678121985)  
-> [Read the full article on Robotics Basics](https://example.com/robotics-basics)
-
-> **Path Planning Innovations**  
-> ![Tweet](https://twitter.com/RoboticsWorld/status/1448095000541239297)  
-> [Exploring Path Planning Algorithms](https://example.com/path-planning)
-
-> **DIY Robotic Arm Project**  
-> ![Tweet](https://twitter.com/Arduino/status/1595484582345619456)  
-> [Build Your Own Robotic Arm](https://example.com/robotic-arm)
-```
-
-### Conclusion
-
-Integrating robust content and social media insights into your documentation website can create a rich learning environment for users interested in robotics. By keeping the content dynamic and community-focused, you can enhance user engagement and retention effectively.
+---
+title: My favorite page
+toc: false
+---
diff --git a/course_content/src/2-electrical-engineering-for-robotics.md b/course_content/src/2-electrical-engineering-for-robotics.md
@@ -1,45 +1,4 @@
-Here are some curated documentation resources and websites related to electrical engineering concepts tailored for a robotics company, inspired by the webpage content from ObservableHQ. You can incorporate these links into your documentation website to provide users with comprehensive educational materials.
-
-### Recommended Documentation and Resource Websites
-
-1. **MIT OpenCourseWare - Robotics**
-   - **Link:** [MIT Robotics Courses](https://ocw.mit.edu/courses/mechanical-engineering/me-440-robotics-spring-2005/)
-   - **Description:** Access free course materials on robotics from MIT, including lectures, readings, and assignments.
-
-2. **Arduino Official Documentation**
-   - **Link:** [Arduino Documentation](https://www.arduino.cc/en/Tutorial/HomePage)
-   - **Description:** Comprehensive guides on Arduino programming, projects, and resources essential for building robotic systems.
-
-3. **ROS (Robot Operating System) Documentation**
-   - **Link:** [ROS Documentation](https://docs.ros.org/)
-   - **Description:** An extensive library covering various aspects of ROS, including setup, tutorials, and API references for robotic programming.
-
-4. **IEEE Xplore Digital Library**
-   - **Link:** [IEEE Xplore](https://ieeexplore.ieee.org/Xplore/home.jsp)
-   - **Description:** A searchable online database of engineering and technology research, including numerous papers on robotics and control systems.
-
-5. **Coursera - Robotics Specialization**
-   - **Link:** [Coursera Robotics Specialization](https://www.coursera.org/specializations/robotics)
-   - **Description:** Online courses from top universities on robotics, including fundamental principles and advanced techniques.
-
-6. **Robotics Stack Exchange**
-   - **Link:** [Robotics Stack Exchange](https://robotics.stackexchange.com/)
-   - **Description:** A Q&A site for robotics enthusiasts and professionals where you can find answers to various technical questions about robotics.
-
-7. **edX - Introduction to Robotics**
-   - **Link:** [edX Robotics Course](https://www.edx.org/course/introduction-to-robotics)
-   - **Description:** Free online courses providing foundational education and advanced concepts in robotics.
-
-8. **OpenAI’s Robotics Research**
-   - **Link:** [OpenAI - Robotics Research](https://openai.com/research/)
-   - **Description:** Insights and publications on the intersection of AI and robotics, exploring cutting-edge developments and algorithms.
-
-### Incorporating Resources into Your Documentation
-
-- **Link Integration**: Ensure that you integrate these links within the relevant sections of your documentation. For example, link Arduino guides within sections detailing hardware setup.
-- **Resource Index**: Create a dedicated "Resources" or "Further Reading" page on your documentation website where users can access all these links in one place.
-- **Interactive Elements**: Consider creating interactive elements on your site, such as quizzes or forum discussions, directly linked to the topics covered in these external resources.
-
-### Final Touches
-
-This curation of resources will help elevate the educational value of your documentation site, providing both foundational and advanced information on robotics and electrical engineering principles. If you need additional categories or specific topics, feel free to inquire!
+---
+title: My favorite page
+toc: false
+---
diff --git a/course_content/src/2-ui.md b/course_content/src/2-ui.md
@@ -1,63 +1,4 @@
-Integrating social media content related to robotics into your documentation website using ObservableHQ is an excellent way to keep your audience engaged and informed about the latest trends and innovations in the field. Below is a structured approach to including relevant tweets and posts, along with code snippets to effectively format them within your documentation.
-
-### 1. Latest Robotics Innovations
-**Tweet Link**: [Latest Innovations in Robotics](https://twitter.com/example/status/1234567890123456789)
-```javascript
-md`### Latest Robotics Innovations
-[See the tweet on Twitter.](https://twitter.com/example/status/1234567890123456789)`
-```
-
-### 2. Robotic Events and Conferences
-**Tweet Link**: [Announcement of Robotics Conference](https://twitter.com/anotheruser/status/9876543210987654321)
-```javascript
-md`### Robotic Events and Conferences
-[See the tweet on Twitter.](https://twitter.com/anotheruser/status/9876543210987654321)`
-```
-
-### 3. Breakthrough Research in Robotics
-**Tweet Link**: [Breakthrough Research](https://twitter.com/scienceresearch/status/2468101214141516172)
-```javascript
-md`### Breakthrough Research in Robotics
-[See the tweet on Twitter.](https://twitter.com/scienceresearch/status/2468101214141516172)`
-```
-
-### 4. Human-Robot Collaboration Highlights
-**Tweet Link**: [Human-Robot Collaboration](https://twitter.com/industrynews/status/1357924680135792468)
-```javascript
-md`### Human-Robot Collaboration Highlights
-[See the tweet on Twitter.](https://twitter.com/industrynews/status/1357924680135792468)`
-```
-
-### Formatting in ObservableHQ
-Here’s how to compile the tweets into a cohesive section in your ObservableHQ documentation:
-
-```javascript
-md`
-# Latest Insights in Robotics
-
-## 1. Latest Robotics Innovations
-[See the tweet on Twitter.](https://twitter.com/example/status/1234567890123456789)
-
-## 2. Robotic Events and Conferences
-[See the tweet on Twitter.](https://twitter.com/anotheruser/status/9876543210987654321)
-
-## 3. Breakthrough Research in Robotics
-[See the tweet on Twitter.](https://twitter.com/scienceresearch/status/2468101214141516172)
-
-## 4. Human-Robot Collaboration Highlights
-[See the tweet on Twitter.](https://twitter.com/industrynews/status/1357924680135792468)
-`
-```
-
-### Enhancing Engagement
-1. **Dynamic Updates**: Consider using a Twitter API integration to dynamically fetch and display tweets in real-time. This ensures your documentation remains updated with the latest posts.
-
-2. **Visual Content**: Where available, include images or videos from tweets to enhance visual engagement. You can embed images using Markdown as follows:
-   ```javascript
-   md`![Robotics Event](https://link.to.image)`
-   ```
-
-3. **User Interaction**: Encourage users to follow the accounts you reference or to share their own insights through a dedicated comments section.
-
-### Conclusion
-Embedding links to tweets and social media posts enriches your documentation and keeps it relevant. Ensure to regularly update the links to reflect current happenings in robotics and consider deeper integrations using APIs for a more dynamic experience. This approach not only provides valuable insights but also promotes community engagement around your brand.
+---
+title: My favorite page
+toc: false
+---