Skip to content

Navigation Menu

Sign in
Appearance settings

Search code, repositories, users, issues, pull requests...

Provide feedback

We read every piece of feedback, and take your input very seriously.

Saved searches

Use saved searches to filter your results more quickly

Appearance settings

Latest commit

 

History

History
History
116 lines (83 loc) · 4.49 KB

File metadata and controls

116 lines (83 loc) · 4.49 KB
Copy raw file
Download raw file
Outline
Edit and raw actions

RadioDiff-FS: Physics-Informed Manifold Alignment in Few-Shot Diffusion Models for High-Fidelity Radio Map Construction


📡 Welcome to the RadioDiff Family

Radio map construction via generative diffusion models — UNIC Lab, Xidian University


🔷 Base Backbone

RadioDiffThe foundational diffusion model for radio map construction.   📄 Paper  |  💻 Code  |  IEEE TCCN


🔬 Physics-Informed Extensions

RadioDiff-k²PINN-enhanced diffusion guided by the Helmholtz equation.   📄 Paper  |  💻 Code  |  IEEE JSAC

iRadioDiffIndoor radio map construction with physical information integration.   📄 Paper  |  💻 Code  |  IEEE ICC  Best Paper


⚡ Efficiency & Dynamics

RadioDiff-TurboEfficiency-enhanced RadioDiff for accelerated inference.   📄 Paper  |  INFOCOM Workshop

RadioDiff-FluxAdaptive reconstruction under dynamic environments and base station location changes.   📄 Paper  |  IEEE TCCN


🌐 Extended Scenarios

RadioDiff-3D3D radio map construction with the UrbanRadio3D dataset.   📄 Paper  |  💻 Code  |  IEEE TNSE

RadioDiff-FSFew-shot learning for radio map construction with limited measurements.   📄 Paper  |  💻 Code  |  IEEE IoTJ


📶 Sparse Measurement & Localization

RadioDiff-InverseSparse measurement-based radio map recovery for ISAC applications.   📄 Paper  |  💻 Code  |  IEEE TWC

RadioDiff-LocSparse measurement-based NLoS localization using diffusion models.   📄 Paper  |  arXiv


📚 For a comprehensive categorized overview of radio map research, visit Awesome-Radio-Map-Categorized.


Before Starting

  1. install torch
conda create -n radiodiff python=3.9
conda avtivate radiodiff
pip install torch==1.12.1+cu113 torchvision==0.13.1+cu113 torchaudio==0.12.1 --extra-index-url https://download.pytorch.org/whl/cu113
  1. install other packages.
pip install -r requirement.txt
  1. prepare accelerate config.
accelerate config # HOW MANY GPUs YOU WANG TO USE.

Prepare Data

We used the RadioMapSeer dataset for model training and testing.
  • The data structure should look like:
|-- $RadioMapSeer
|   |-- gain
|   |-- |-- carsDPM
|   |-- |-- |-- XXX_XX.PNG
|   |-- |-- |-- XXX_XX.PNG
|   ...
|   |-- png
|   |-- |-- buildings_complete
|   |-- |-- |-- XXX_XX.PNG
|   |-- |-- |-- XXX_XX.PNG
|	...

🎉 Training

  1. train the first stage model (AutoEncoder):
accelerate launch train_vae.py --cfg ./configs/first_radio.yaml
  1. train latent diffusion-edge model:
accelerate launch train_cond_ldm.py --cfg ./configs/radio_train.yaml
  1. fine-tune the pretrained model on IRT4 few-shot data:
accelerate launch train_cond_ldm_finetune.py --cfg ./configs/radio_train_irt4_finetune.yaml

V. Inference.

python sample_cond_ldm.py --cfg ./configs/radio_test_finetune.yaml
Morty Proxy This is a proxified and sanitized view of the page, visit original site.