Embody_AI with car as Demo
- [2024.02.23] 🎉🎉🎉 MindedWheeler is published!🎉🎉🎉
User:快速向左转
RobotAI: (1.0, -0.3)
...
- The two float are in range [-1,1]
- The first float is speed, the second is direction (negative means left, positive means right).
- 0x02, 0x02, 0x01, 8, data_buf; (See detail in code)
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DownLoad 🤗 Model get model.bin.
cd MindedWheeler git submodule update --init --recursive python qwen_cpp/convert.py -i {Model_Path} -t {type} -o robot1_8b-ggml.bin
You are free to try any of the below quantization types by specifying -t :
- q4_0: 4-bit integer quantization with fp16 scales.
- q4_1: 4-bit integer quantization with fp16 scales and minimum values.
- q5_0: 5-bit integer quantization with fp16 scales.
- q5_1: 5-bit integer quantization with fp16 scales and minimum values.
- q8_0: 8-bit integer quantization with fp16 scales.
- f16: half precision floating point weights without quantization.
- f32: single precision floating point weights without quantization.
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Install package serial.tar.gz
tar zxvf serial.tar.gz cd serial cmake .. && make && sudo make install
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Compile the project using CMake:
cmake -B build cmake --build build -j --config Release
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Now you may chat and control your AI car with the quantized RobotAI model by running:
- qwen.tiktoken is in the model directory
./build/bin/main -m robot1_8b-ggml.bin --tiktoken qwen.tiktoken -p 请快速向前
To run the model in interactive mode, add the -i flag. For example:
./build/bin/main -m robot1_8b-ggml.bin --tiktoken qwen.tiktoken -i
In interactive mode, your chat history will serve as the context for the next-round conversation.
- Continue to create data and train a robust model
- Add ASR and TTS
- ...
Please use the following citation if you intend to use our dataset for training or evaluation:
@misc{MindedWheeler,
title={MindedWheeler: Embody_AI with car as Demo},
author={Xidong Wang*, Yuan Shen*},
year = {2024},
publisher = {GitHub},
journal = {GitHub repository},
howpublished = {\url{https://github.com/FreedomIntelligence/MindedWheeler}},
}