AI MasterDream Copilot: AMD Enhanced Artistic Rendering System

This is a demo of AI MasterDream Copilot.

Video Tutorial

Watch this tutorial to get started with the project:

Watch the video (Click the picture or link)

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NOTE:

Due to a new release of SD3.5, we will have the delay of weeks to be perfect. Due to lack of start-up costs and storage spaces to keep on developing, not winning a Awards of the Contest, it is out of our imagination to spend on this project. We can not start it on time, so We have no choices to delay the project released time until we can afford it. It may be on December after buying a new storage...
We find some bugs of new release version of lm studio (0.3.5 B1), comfyUI, WSL, Rocm and so on...It is out of our imagination to be perfect without your support! WE REALLY NEED SUPPORT!!! We solve the pain points of users and services by relying on AI new technology. It will definitely be surprised after releasing!

History:

Due to the delay of shipping delivery and unexpectiable problem of power failures for three times and earthquake (rate: 5.7) on 8/15 near our places, the more videoes will upload as soon as possilbe! Due to the apps account has not been launched for a long time, my Google Play developer account has been disabled by Google and the launch of AI MasterDream Copilot will be delayed. The app will upload as soon as possilbe!

Abstract

This project uses AMD graphics cards and TensorFlow technology to achieve efficient image generation, reasoning, and text generation functions. The system uses Node-RED workflows for low-code control and runs edge computing on an Arduino development board. By combining Angular and Arduino APP, the conversational user interface design of multiple projects has been realized.

Introduction of AI MasterDream Copilot

This project successfully implemented image generation, image reasoning, and text generation tasks on AMD graphics cards. The system leverages TensorFlow for accelerated inference and Node-RED workflows for low-code control and process management. Additionally, for edge computing on the Arduino development board, TensorFlow and TensorFlow Lite for Microcontrollers are used to perform edge computing and integrate related APIs.

In terms of user interface design, the system combines the integration of Angular and Arduino APP with Node-RED workflows to realize the dialogue design and management of multiple projects. The project was presented and evaluated in the AMD Hackathon competition at Hackster.io.

Read more about AI MasterDream Copilot's story on the AMD Pervasive AI Developer Contest

Basic Requirements

This project requires the following software versions:

• Python version 3.10.6
• Angular CLI version 18.0.1
• Node-RED version 4.0.2
• Node.js version 22.2.0
• LM Studio version 0.2.28
• Stable Diffusion version v1.9.3
• ComfyUI version v2.3
• ZLUDA version V3
• HIP SDK versions V5.5.0, V5.7.0, V6.1.0
• The latest AMD Radeon software Adrenalin version 24.7.1
• Arduino_TensorFlowLite version 0.0.1

AI MasterDream Copilot Playground by Angular & Google Gemini AI & LOCAL LLM

Explore the AI MasterDream Copilot Playground built with Angular and Google Gemini AI.

AI MasterDream Copilot Playground by Angular

use your gemini key in \src\environments\environment.ts

Demo

You can find the live demo on StackBlitz.

StackBlitz Demo

Running Local LLM

This is a functional demo located in the llm folder, using LM Studio to run a local server on your PC and Android environment for chat. Try using our LoRA tuning model in Gemma 2B!

Issues Related to Prompt Words Training

I have used the datasets of prompt words training with:

• 24 samples (6 samples each for 4 functions) to test the LoRA tuning model in Gemma 2B.

• 600 samples (60 samples each for 4 functions, including some prompts I designed before, and 10 samples each for 40 styles, covering prompt words generator of intelligent optimization, style transfer, and image enhancement).

• 5K samples (60 samples each for 4 functions and prompt words generator, plus 100 samples each for 40 styles).

• 10K and 110K Booru Tag Autocompletion for A1111 in Traditional Chinese, Japanese, and English

• 900k Diffusion Prompts Dataset

The dataset was divided into training, validation, and testing sets with a ratio of 70%/15%/15%.

Before fine-tunning the model, I try to increase the Label prediction accuracy step by step. I cleaned up the nsfw_content. I have asked specialists of Google many times

As you can see the failure of picture, it will cost me around 4 hours to wait for labelling on the datasets and so on. I have asked the specialist of Google who said sometime it will fail by tuning, and he suggested me to upload the model for in-app purchase or service by calling to pay.

I have trained the LoRA tuning model using "Gemma 2: 2B" and "Llama 3.1: 8B", as well as "Chinese Llama 3: TAIDE-LX-8B". Initially, I intended to use "Gemma 2: 9B", but due to the delay of shipping delivery and power failures for three times, I had no choice but to upload the LoRA tuning model in Gemma 2B with tears in my eyes.

I train the samples with colab on T4 16G for 2 hours,and it will train around 500 epochs. It will run faster on AMD GPUs of W7900 on linux operating system. It can not run on windows because of the tensorflow-text version is 2.10.1. It is not supported for update on windows. When fine-tunning the model, it need the version of keras>=3 ,tensorflow and tensorflow-text.

Training Guide and Model Files

For detailed instructions on how to train the model using LORA tuning, please refer to the training guide provided in the following Jupyter Notebook:

• Training Guide: lora_tuning.ipynb

Model Files

• Weight File: my_model_weights.weights
• LORA File: my_model_checkpoint_0001.keras my_model.h5
• dataset File: databricks-dolly-33.jsonl

You can try with the lora with the model, and I have successfully combined the LORA file with the model. This integration allows for enhanced fine-tuning of the model's performance, providing more accurate results in specific tasks. It may be released after the ending of AMD Pervasive AI Developer Contest.

Use Our LoRA Tuning Model

This is a demo for building a simple web service using Flask. Below is an example Python program that uses Flask to build an API so you can make model predictions through HTTP requests.

Steps to Follow:

1. Install Flask: If you haven't installed Flask, you can do so by executing the following command:

   pip install flask

2. Build a Flask Application: Create a Python file, such as app.py, and add the following code to load the model and set up an API endpoint to receive prediction requests.

   Flask application code (app.py):

   from flask import Flask, request, jsonify
   from tensorflow.keras.models import load_model
   
   app = Flask(__name__)
   
   # Load models
   model_h5 = load_model('my_model.h5')
   model_saved_model = load_model('my_saved_model')
   
   @app.route('/predict', methods=['POST'])
   def predict():
       data = request.json
       # Assume we receive a list of numbers as input features
       features = data['features']
       # Use my_model.h5 model for prediction
       prediction_h5 = model_h5.predict([features]).tolist()
       # Use my_saved_model model for prediction
       prediction_saved_model = model_saved_model.predict([features]).tolist()
   
       # Return prediction results
       return jsonify({
           'prediction_h5': prediction_h5,
           'prediction_saved_model': prediction_saved_model
       })
   
   if __name__ == '__main__':
       app.run(debug=True)

3. Run the Flask Application: Execute the following command in the terminal to start the Flask server:

   python app.py

   This starts the service on port 5000 on localhost.

4. Making a Request Using Curl: Open another terminal window and use curl to make a POST request as follows:

   curl -X POST -H "Content-Type: application/json" -d '{"features": [1.0, 2.0, 3.0]}' http://localhost:5000/predict

   This command sends a JSON object containing the features you want the model to predict.

   This setup allows you to make predictions from models saved in two different formats and easily make interface calls over the network.

Or load our lora-tunning model on Lm studio to try our functions

choose the button "select a model to load" and choose our lora-tunning model

Download and put in the path of folder. Please check it like the path "C:\Users"yourusername"\ .cache\lm-studio\models"

That will show in the model list and choose it!

import jsonl and use GPU acceleration by clicking GPU offload as MAX as you can.

This is a demo of models of AI MasterDream Copilot. If You Want to Run a whole Test, Make Sure You Install the Requirements

npm install -g --unsafe-perm node-red
npm install npm -g install
npm install @angular/[email protected]
npm install @vue/[email protected]
npm install [email protected]
npm install [email protected]
npm install [email protected]
npm install [email protected]
npm install [email protected]
npm install [email protected]
npm install [email protected]

before running the demo, check the basic requirements

node -version
python -version

Remember set -api on stable diffusion

set COMMANDLINE_ARGS=--api

Remember set -api on Comfyui by clicking the setting

Click ENABLE Dev Mode Options

If you use the chinese version, it is like this.

And use API format

To use AI MasterDream copilot to have fun!

If the version is conflict, it can not use API.

It will like this picutre of BUG.

Try to lower version or cancel update of start.bat without auto-update or "echo git pull" of comfyui.bat.

and Install the Requirement.txt attached at AI MasterDream Copilot's in Hackster

Use NODERED with comfyui and stable diffusion in AI MasterDream copilot's app

If you have not installed the requirements, it will lack some nodes.

If you have installed the requirements, it will show up when importing jsonl.

set the deployment on the red button, check it on the dashboard.

If you do not install the basic requirements or you do not open the stable duffsion with api, it will show a bug when generating.

What's the difference of AI MasterDream Copilot?

As you can see it, the difference of generating pictures.

We have design 40 styles transfer.

THE Whole designed Demo of AI MasterDream Copilot This is a demo of arduino device of ESP32.

The This is a demo update of arduino device of ESP32 pinout.

and Install APK released for cell phone or Raspberry Pi 4B with ours AOSP AOSP demo

This is an AOSP (Android 13) built for Raspberry Pi 4 Model B, Pi 400, and Compute Module 4. Running this version requires a Pi 4 model with at least 2GB of RAM. sd card needs 8GB.

Update before install

sudo apt update
sudo apt full-upgrade

Install node-red

<(curl -sL https://raw.githubusercontent.com/node-red/linux-installers/master/deb/update-nodejs-and-nodered)

reboot

sudo reboot

Install the apk and the requirements of Software packages before using AI Masterdream Copilot It will comeing soon.

Last but not least,I must have Special thanks for AMD. The AMD Pervasive AI Developer Contest was instrumental in the successful realization of this project. The platform, resources, and support it offered allowed us to not only launch and test our work but also to refine and enhance it. This contest fostered innovation, collaboration, and significant advancements in AI development.

Special thanks to

• AMD
• HACKSTER
• Kun-Neng Hung
• Liu Yuting
• Professor Gao Huantang
• Professor Chen Xinjia
• North Branch Maker Base (R.O.C) in Taiwan
• GDG Taipei and Taoyuan
• ML Paper Reading Club
• NTU AI CLUB