₦airaland Forum

MindHacker9009:
Good. Next University Electrical Engineers and their professors should create cheap 24 hours electricity from local materials.

While in school one lecturer said we should embark on hydroelectricity project to create it using the river at the back of the university to turn a turbine. He didn't even do a solid estimate. The cost was about N5m the next lecture he stopped because of funding.

AI factory tech in different countries needs to be created for reducing the risks of human injury 40% teleoperated what need to be present is the materials for full setup

9jageek:
How Deepseek's model shocked OpenAI and the whole tech economy.

https://www.nairaland.com/8328150/how-ai-models-like-deepseek

Deepseek has reached a milestone and it is make wave in diverse fields. OpenAI is about to release a series of models. I hope this isn't skynet portray by the movie Terminator.

AI can assist humans in cleanup and washing but it will consume power. In the future AI engineers will dominate. Imagine an AI with the capabilities of PHD Holder tackling problems difficult and bring new research with minimal hallucinations.

Building innovative constructs from prototypes to real-world implementation, similar to construction or building design. This involves creating at cellular levels, developing advanced drug mixtures like Google's AI-generated medicines, and utilizing cutting-edge technologies such as 3D printing and quantum intelligence to bring ideas to life, transforming industries and revolutionizing the future. Another is robot to robot creations (RTR) based on tasks and memory agents

IDE and environment setup

Visual studio or rider
SQL server+ SQL management studio
.NET 9 SDK

Blazor is a .NET frontend web framework that enables developers to build rich, interactive user interfaces (UIs) using C#. It supports both server-side rendering and client-side interactivity in a single programming model. With Blazor, developers can share server-side and client-side app logic written in .NET, rendering the UI as HTML and CSS for wide browser support, including mobile browsers.

Blazor's key features include:

Interactive Server-Side Rendering (SSR): Handles UI interactions from the server over a real-time connection with the browser.
Razor Components: Combines HTML markup with C# code using Razor syntax, allowing developers to switch between HTML and C# in the same file.
Blazor Hybrid :Enables using Razor components in native client apps, blending native and web technologies for web, mobile, and desktop platforms.

Blazor Hybrid allows code to run natively in the .NET process, rendering web UI to an embedded Web View control using a local interop channel. This enables developers to build hybrid desktop and mobile apps with .NET and Blazor.

Benefits of using Blazor include:

Shared Codebase: Share server-side and client-side app logic written in .NET.
Faster Development:Use Razor syntax and IntelliSense programming support in Visual Studio.
Cross-Platform Support :Build hybrid desktop and mobile apps with .NET and Blazor.

Overall, Blazor provides a powerful and flexible framework for building rich, interactive web applications using C# and .NET. Its support for server-side rendering, client-side interactivity, and hybrid app development make it an attractive choice for developers looking to build modern web applications.

course guide Udemy and blazor university


https://github.com/tdykstra/blazor-samples/tree/main/9.0


more repo to learn from

https://github.com/AdrienTorris/awesome-blazor

preciouswoman66:
Na really advanced robotics guide

I like the honest post title

Thanks for your review

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

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.

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

Karleb:
You people want to end software engineers by force.

Increases the AI CPU ,GPU ,NPU ,QPU compute we won't stress ourselves writing complex code anymore. You could use tool like cursor or copilot on your IDE. Nvidia is not slowing down either if you work with them your work schedule is 18 hours daily depending on the task

The concept of transcendence in Artificial Intelligence (AI) refers to the remarkable ability of generative models to surpass the performance of human experts whose data was used to train them. This phenomenon challenges traditional notions about the limitations of machine learning and unlocks new possibilities.

Transcendence in AI occurs when models are able to learn patterns, relationships, and underlying structures within data that are not immediately apparent to humans. As a result, these models can generate novel solutions, insights, or products that exceed human capabilities.

The implications of AI transcendence are far-reaching. It enables machines to:

1. Automate complex tasks: Transcendent AI can take on tasks that require human-level expertise, freeing humans to focus on higher-level creative work.
2. Drive innovation: By generating novel solutions, AI can accelerate scientific discovery, product development, and artistic creation.
3. Enhance decision-making: Transcendent AI can provide data-driven insights that surpass human intuition, leading to more informed decision-making.

As AI continues to evolve, the potential for transcendence will only grow. This breakthrough has the potential to revolutionize industries, transform societies, and redefine the human-AI collaboration.

According to the Nigerian SEC, many crypto firms are not meeting the necessary criteria for licensing.

Chairman Emomotimi Agama stated that the regulator is willing to engage in discussions and amend its requirements if justified, but strict compliance remains mandatory.

fatherofnone:
I'd prefer physical classes
it will aid my concentration level

Decagon, New horizons, aptech

Desmonde123:
I have been thinking about this lately

After school it will difficult to get a job in UK because visa expiration date and renewal is quite complicated. Job route is better because you will have funds to sponsor yourself.

Traveling abroad you have to work hard to pay your bills and tax only notable software development corporations pays well in the UK

Salary of Cybersecurity expert is about $100k-200k+ depending on the level of proficiency in US . While in Nigeria it is about 500k-45m per year.

OS

Windows or Mac or preferably Linux



Follow the top guys on X and who they are following
Clandestine , occupytheweb,TheSecMaster1 , securitytrybe

Udemy
Cybrary
tryhackme
hackthebox academy
Coursera


For more
Google>>>>Awesome Cybersecurity GitHub


Fork the repo

Kmp for web development is now is alpha you can use the wizard by jetbrain . It is in wasm
(web Assembly)

Large Language Model (LLM) singularity in energy and compute, integrated with IoT sensors across various levels, enables the following.

1. Energy efficiency optimization
2. Real-time monitoring and control
3. Predictive maintenance
4. Autonomous decision-making
5. Enhanced sustainability

IoT sensor levels:

1. Edge devices (e.g., smart thermostats)
2. Gateway devices (e.g., smart home hubs)
3. Cloud-based platforms
4. Industrial sensors (e.g., power grid monitors)
5. Smart roads

LLM applications:

1. Energy forecasting
2. Demand response management
3. Load optimization
4. Anomaly detection
5. Energy auditing

Benefits:

1. Reduced energy consumption
2. Increased efficiency
3. Cost savings
4. Improved reliability
5. Environmental sustainability

Examples:

1. Smart grids
2. Smart buildings
3. Industrial automation
4. Renewable energy systems
5. Electric vehicles
6. Smart satellite



Future directions:

1. Edge AI or hybrid edge computing
2. Federated learning
3. Swarm intelligence
4. Energy-aware AI
5. Autonomous energy management
6. Gen AI telescopes

Gen AI can merge this two features . It should be in research papers.


Robotics Neural memory tasks and memory facial recognition or objects detection

how can we scale templated models for better performance.

To scale templated models, employ:

1. Modular design
2. Parameterization
3. Hierarchical structures
4. Data-driven design
5. Template inheritance
6. Component libraries
7. Automation
8. Version control
9. Documentation

Benefits: faster development, improved consistency, enhanced maintainability, reduced errors, and increased scalability. Utilize tools like template engines and design systems software(sketch or figma).

PHD computer engineering topics


Mobile agents
Hybrid agents
Networking agents
Super computing agents
Quantum agents
desktop agents
web agent

It will be integrated with gen AI for safety

Gemini, Chatgpt, Copilot and cursor are good AI code assistance for programmers to improve productivity and speed all you need to know is the next logic to implement.

Gen AI is changing the way we commute the road with smart roads IOT sensors and smart roads materials coming along an app for quick real time detection of activities.

Multi object and visuals object tracking using Gen AI is amazing. It is going to be integrated into smart devices for security purposes. Such system can switch any mode in radar,lidar 3d or 4d reconstruction,sonar ,Ultrasonic Sensors using Gen AI.

Three-dimensional reconstruction or four-dimensional reconstruction with camera and sensors above in various machines,devices and robots

A wearable cutting-edge quantum VR headsets for brain wave healing are a groundbreaking concept.

Key Components
1. Wearable Quantum VR Headset: A portable, non-invasive device that combines quantum computing, virtual reality, and brain-computer interface (BCI) technology.
2. Brain Wave Analysis: The headset uses electroencephalography (EEG) or functional near-infrared spectroscopy (fNIRS) to detect and analyze brain wave activity.
3. Quantum Computing: The headset's quantum computing capabilities enable fast processing and analysis of complex brain wave data, identifying patterns and anomalies.
4. Personalized Neurofeedback: The headset provides real-time, personalized neurofeedback, using visual and auditory stimuli to help the user balance and regulate their brain wave activity.

Potential Benefits
1. Improved Mental Health: The headset can help alleviate symptoms of anxiety, depression, and PTSD by promoting balanced brain wave activity.
2. Enhanced Cognitive Function: By optimizing brain wave activity, users may experience improved focus, concentration, and mental clarity.
3. Neuroplasticity: The headset's personalized neurofeedback can help rewire and adapt brain connections, potentially leading to improved cognitive function and emotional regulation.
4. Increased Self-Awareness: The headset provides users with real-time feedback on their brain wave activity, promoting greater self-awareness and self-regulation.

Future Possibilities
1. Personalized Medicine: Wearable quantum VR headsets could be used to develop personalized treatment plans for mental health disorders.
2. Neurological Disorder Treatment: The headset's technology could be applied to the treatment of neurological disorders, such as epilepsy, Parkinson's disease, and multiple sclerosis.
3. Peak Performance Training: The headset could be used to optimize brain wave activity for peak performance, enhancing cognitive function, and promoting mental well-being.

https://www.youtube.com/watch?v=-p9BtBd-Al8?si=AACgboWCY9QSZEKi



https://developer.android.com/xr

Tool
Unity or Android studio

LLM sequencing that can discover new material or things in chemistry and energy particles using advanced recognition AI detection. The method use will be image or video stable diffusion scanning to form new amazing things.