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pre-simulation can be used to refine teleoperation strategies, allowing operators to practice in a simulated environment before actual deployment. Teleoperated and pre-simulation auto in robotics refers to the use of remote control and simulation technologies to control and test robots. Here's a breakdown of these concepts:

Teleoperation
Teleoperation involves controlling a robot remotely using a human operator. This can be done through various interfaces, such as joysticks, keyboards, wearables or even virtual reality (VR) systems. Teleoperation is useful for:

1. Remote exploration: Controlling robots in hazardous or inaccessible environments.
2. Training and testing: Testing robot performance and training operators in a controlled environment.
3. Collaboration: Enabling multiple operators to work together on a task.

Pre-simulation Auto
Pre-simulation auto refers to the use of simulation software to test and validate robotic systems before deploying them in the real world. This involves:

1. Simulation environments: Creating virtual environments that mimic real-world scenarios.
2. Robot modeling: Modeling the robot's dynamics, kinematics, and sensors.
3. Testing and validation: Testing the robot's performance, stability, and safety in various scenarios.

Unitree Robotics
The GitHub repository you shared appears to be related to Unitree Robotics, a company that specializes in developing advanced robotic systems. The repository likely contains code, simulations, and other resources related to their robotic platforms.

Applications
The combination of teleoperation and pre-simulation auto in robotics has numerous applications, including:

1. Search and rescue: Teleoperated robots can be used to explore disaster scenarios, while simulation can help train operators.
2. Industrial automation: Simulation can be used to test and optimize robotic workflows, while teleoperation can enable remote monitoring and control.
3. Healthcare: Teleoperated robots can be used for remote surgery or patient care, while simulation can help train medical professionals.


https://github.com/unitreerobotics


Others robotics simulation software
Airsim GitHub
Autoware (Gazebo) GitHub
AirSim (UE4 & Unity) GitHub
TORCS (OpenGL) GitHub
Nvidia Isaac Groot.
RoboDK Github
MuJoCo GitHub
Webots Github
Cosmos-Transfer1 GitHub
Carla GitHub

The GitHub repository for Unitree Robotics provides a comprehensive guide for setting up the development environment for their robotic platforms. Here's a breakdown of the steps involved:

IDE Setup
1. Visual Studio Code (VS Code): The recommended IDE for Unitree Robotics development.
2. C++ Extension: Install the C++ extension for VS Code to enable C++ development.
3. CMake Tools: Install the CMake Tools extension for VS Code to manage CMake projects.

Operating System Setup
1. Ubuntu 18.04 or 20.04: The recommended operating system for Unitree Robotics development.
2. ROS (Robot Operating System): Install ROS Melodic or Noetic, depending on your Ubuntu version.

Environment Setup
1. Unitree Robotics SDK: Clone the Unitree Robotics SDK repository and follow the installation instructions.
2. CMake: Install CMake to manage the build process.
3. Git: Install Git to manage version control.

Configuration
1. ROS Workspace: Create a ROS workspace and add the Unitree Robotics SDK to it.
2. CMake Configuration: Configure CMake to build the Unitree Robotics SDK.
3. Environment Variables: Set environment variables to point to the Unitree Robotics SDK and ROS workspace.

Additional Steps
1. Build and Install: Build and install the Unitree Robotics SDK.
2. Launch Simulation: Launch the simulation environment using ROS and the Unitree Robotics SDK.

By following these steps, you should be able to set up your development environment for Unitree Robotics. If you encounter any issues, refer to the GitHub repository's documentation and issues section for troubleshooting guidance.

To learn more about advanced concepts it highly recommend to learn from udacity or Udemy u must know basic on C++ and python

Na really advanced robotics guide

I like the honest post title

preciouswoman66:
Na really advanced robotics guide

I like the honest post title

Thanks for your review

Sometimes you don't need full autonomy you might use a laptop or game controller to override the robotic function.


3D Robotics design software



SolidWorks

Autodesk Inventor



Autodesk Fusion 360


CATIA



Solid Edge


PTC Creo



AutoCAD

Blender

Legit resources you got here boss

Shomek:
Legit resources you got here boss

Thanks bro

Humans has joints robots has actuators / motors. Robots rely on many components called actuators for movement . The bigger the robot the more actuators and motors that needs to be present.

LLM is the brain of Robots

imagery using google lens as robotics eye in camera with Local Saliency Maps and Generative Adversarial Network. Generation Accompaniment with Multi-track Sequential in robots or autonomous systems. You could use VLM (vision large models) or others camera.


This type of robot will have a matured agents for responses and task capabilities and digital twin of the environment using NVIDIA omniverse

Future prospect of this in Advanced GAN medical imagery

Offline tasks reinforcement learning will help robotics inbuilt functions and with adaption let robot do various tasks without human or internet connections giving it higher capacity to speed up task faster .


It might be sync , simulated and Teleoperated and connected to Internet even though in tough situations it will carry out it's decisions for some time . Imagine how big such memory ranging like in Terabyte or petabyte.

Decision making real time action autonomous agents in robotics make choices based on the information they gather goals they are programmed to achieve. operating independently to perform complex repetitive tasks and interact with their environment effectively.


Unitree and others are models are stills in development to achieve this but the danger is that it might take more jobs . We need ethical framework to stop relying on robotics cheap labor which can work 24/7 . This is what we are warned when skynet went live in Terminator movie.

Alphabyte3:
Decision making real time action autonomous agents in robotics make choices based on the information they gather goals they are programmed to achieve. operating independently to perform complex repetitive tasks and interact with their environment effectively.


Unitree and others are models are stills in development to achieve this but the danger is that it might take more jobs . We need ethical framework to stop relying on robotics cheap labor which can work 24/7 . This is what we are warned when skynet went live in Terminator movie.

Why worry about loss of jobs if such advancement would do the job better or faster? Besides, more would be created or those affected would have to adapt to other paying jobs

Or do you wish car engines shouldn't have been invented so we could make use of horses for transportation in order to preserve workers employed in horse transportation?

preciouswoman66:
Why worry about loss of jobs if such advancement would do the job better or faster? Besides, more would be created or those affected would have to adapt to other paying jobs

Or do you wish car engines shouldn't have been invented so we could make use of horses for transportation in order to preserve workers employed in horse transportation?

It means changing everything like skills to education and business starts new alignment with your goals.

preciouswoman66:
Why worry about loss of jobs if such advancement would do the job better or faster? Besides, more would be created or those affected would have to adapt to other paying jobs

Or do you wish car engines shouldn't have been invented so we could make use of horses for transportation in order to preserve workers employed in horse transportation?

Omo some days ago unitree won a gold medal in first games in China . The robots are into sports now . Unitree is the new Messi and Rolando in robotics games . The world was shocked China now has millions of robots than the US . Elon might send 100k robotics to build Mars

Robotics without mention of microcontroller or fpga

Suicideboy:
Robotics without mention of microcontroller or fpga

Thanks for your review . You need to get all the robot components all together .

Alphabyte3:
It means changing everything like skills to education and business starts new alignment with your goals.

It's a gradual process. We didn't get where we are instantly - everything would fall in place, people would have to adapt.

I read cybersecurity subject is becoming mandatory in UAE or some other rich Arab country - before now, it wasn't so

Alphabyte3:
Omo some days ago unitree won a gold medal in first games in China . The robots are into sports now . Unitree is the new Messi and Rolando in robotics games . The world was shocked China now has millions of robots than the US . Elon might send 100k robotics to build Mars

Sha they aren't replacing but just crafting niche for them. People who are entertain would go for it - after all, there's wrestling fans, tennis lovers, F! fans and others coexisting in one world.

preciouswoman66:
It's a gradual process. We didn't get where we are instantly - everything would fall in place, people would have to adapt.

I read cybersecurity subject is becoming mandatory in UAE or some other rich Arab country - before now, it wasn't so

Sure , the whole world are spending the trillions on computing, ideas and top talents. I thought Chinese are leading in cybersercurity now UAE .

Africa is thriving in the AI and Robotics race many dev in Lagos are building tools and integrating them to clients projects . At least we have African countries like Kenya , Ghana, Egypt and South Africa dominating the race despite the limitations we rent cloud GPU from Nvidia providers.

preciouswoman66:
Sha they aren't replacing but just crafting niche for them. People who are entertain would go for it - after all, there's wrestling fans, tennis lovers, F! fans and others coexisting in one world.

You are right ,it won't replace us but is another venture many Nations never perform.

Suicideboy:
Robotics without mention of microcontroller or fpga

NVIDIA Jetson Thor is launched today. The module is great with wide range of advanced usecase.

Quantitative prediction motion response in robot LLMs enables safe and efficient navigation and human-robot collaboration by predicting human motion, anticipating potential collisions and optimizing robot control and response, thereby improving safety, efficiency, and productivity in various industries and applications.

Build a robot that can move in space or ground and transform into a satellite and fly . Just like the movie transformers using advanced AI technologies .

Key Areas in Robotics
Robotics is a multidisciplinary field touching various domains. Here are significant areas.

1. Industrial Robotics: Automation in manufacturing, assembly, welding, painting.

2. Service Robotics: Robots assisting humans in tasks like cleaning, healthcare, hospitality.

3. Medical Robotics: Surgical robots, rehabilitation robots, assistive devices.

4. Autonomous Vehicles: Self-driving cars, drones for transport/logistics.

5. Humanoid Robots: Robots mimicking human appearance/actions (e.g., Sophia).

6. Swarm Robotics: Multiple robots coordinating for tasks like exploration, search-rescue.

7. Agricultural Robotics: Automation in farming, harvesting, monitoring crops.

8. Underwater Robotics: Submersibles for exploration, inspection, maintenance.

9. Space Robotics: Robots for space exploration, planetary rovers (e.g., Perseverance).

10. Educational Robotics: Robots for learning programming, STEM education.

11. Surveillance Robotics : Robots for remote surveillance security and security in restricted areas.

Todays will we discuss about jetpack backpack in humanoid robots with power rotors and motor . The thruster are for lifting the robot higher. Humanoid robots like iRonCub3 feature jetpack backpacks, enabling flight and ground interaction. With AI-powered stability and heat-resistant materials, they can navigate complex environments, ideal for disaster response, military,search and rescue, and hazardous area inspections, revolutionizing robotics capabilities.

If you want all the software aspects Google>>>
Awesome robotics GitHub

Design an AI‑driven wearable Robotics suit that can be teleoperated, integrating sensors, actuators, and real‑time control interfaces for remote human guidance.

If you're a global robotics engineer the new field is multi-agents collaborative robotics and more running on simulation.This will help efficient communication and work between robots.

In future we we have environmental robots that can clean air using carbon capture, sea using advance net mesh and land by sensors using advanced systems and digital twin simulated tasks , autonomous and teleoperated robots

Chief please I'll like to contact you to put me through classes sir

Alphabyte3:
In future we we have environmental robots that can clean air using carbon capture, sea using advance net mesh and land by sensors using advanced systems and digital twin simulated tasks , autonomous and teleoperated robots