FedCache

This repository is the official Pytorch implementation DEMO of FedCache: A Knowledge Cache-driven Federated Learning Architecture for Personalized Edge Intelligence. IEEE Transactions on Mobile Computing (TMC). 2024

TMC 2024 Top 15 Popular Paper (Out of 984)

(as of Sep. 2024 in IEEE Xplore)

Highlight

• FedCache is a device friendly, scalable and effective personalized federated learning architecture tailored for edge computing.
• FedCache guarantees satisfactory performance while conforming to multiple personalized devices-side limitations.
• FedCache improves communication efficiency by up to x200 over previous architectures and can accommodate heterogeneous devices and asynchronous interactions among devices and the server.

Family of FedCache

• Foundation Works: FedICT, FedDKC, MTFL, DS-FL, FD
• Derivative Works:
  • Poisoning Attack: FDLA, PCFDLA, FDSA
  • Generalization Performance: HKS
  • Personalization Performance: FedCache 2.0, HKS
  • Privacy Preservation: HKS, SVAFD
  • Application Scenario: FedCache 2.0, FDVEC
  • Communication Efficiency: SCARLET, ALU
  • Data Incrementation: FedCTR (Submitted)
  • FedCache+LLM: TBD
  • FedCache+Topology Organization: TBD

If you have any ideas or questions regarding to FedCache, please feel free to contact wuzhiyuan22s@ict.ac.cn.

Requirements

• Python: 3.10
• Pytorch: 1.13.1
• torchvision: 0.14.1
• hnswlib
• Other dependencies

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Run this DEMO

python main_fedcache.py

Noting that Pytorch Dataloader in this FedCache implementation should be set as:

torch.utils.data.DataLoader(dataset=train_dataset, batch_size=train_batch_size, shuffle=False, drop_last=True)

Evaluation

Model Homogeneous Setting

MNIST Dataset

Method	MAUA (%)	Communication Cost (G)	Speed-up Ratio
pFedMe	94.89	13.25	×1.0
MTFL	95.59	7.77	×1.7
FedDKC	89.62	9.13	×1.5
FedICT	84.62	-	-
FD	84.19	-	-
FedCache	87.77	0.99	×13.4

FashionMNIST Dataset

Method	MAUA (%)	Communication Cost (G)	Speed-up Ratio
pFedMe	81.57	20.71	×1.0
MTFL	83.92	12.33	×1.7
FedDKC	78.24	8.43	×2.5
FedICT	76.90	13.34	×1.6
FD	76.32	-	-
FedCache	77.71	0.08	×258.9

CIFAR-10 Dataset

Method	MAUA (%)	Communication Cost (G)	Speed-up Ratio
pFedMe	37.49	-	-
MTFL	43.43	52.99	×1.0
FedDKC	45.87	11.46	×4.6
FedICT	43.61	10.69	×5.0
FD	42.77	-	-
FedCache	44.42	0.19	×278.9

CINIC-10 Dataset

Method	MAUA (%)	Communication Cost (G)	Speed-up Ratio
pFedMe	31.65	-	-
MTFL	34.09	-	-
FedDKC	43.95	4.12	×1.3
FedICT	42.79	5.50	×1.0
FD	39.36	-	-
FedCache	40.45	0.07	×78.6

Model Heterogeneous Setting

MNIST Dataset

Method	MAUA (%)	Communication Cost (G)	Speed-up Ratio
FedDKC	85.38	10.53	×1.0
FedICT	80.53	-	-
FD	79.90	-	-
FedCache	83.94	0.10	×105.3

FashionMNIST Dataset

Method	MAUA (%)	Communication Cost (G)	Speed-up Ratio
FedDKC	77.96	12.64	×1.0
FedICT	76.11	-	-
FD	75.57	-	-
FedCache	77.26	0.08	×158.0

CIFAR-10 Dataset

Method	MAUA (%)	Communication Cost (G)	Speed-up Ratio
FedDKC	44.53	4.58	×1.2
FedICT	43.96	5.35	×1.0
FD	40.40	-	-
FedCache	41.59	0.05	×107.0

CINIC-10 Dataset

Method	MAUA (%)	Communication Cost (G)	Speed-up Ratio
FedDKC	44.80	4.12	×1.3
FedICT	43.40	5.50	×1.0
FD	40.76	-	-
FedCache	41.71	0.07	×78.6

Cite this work

@ARTICLE{wu2024fedcache,
  author={Wu, Zhiyuan and Sun, Sheng and Wang, Yuwei and Liu, Min and Xu, Ke and Wang, Wen and Jiang, Xuefeng and Gao, Bo and Lu, Jinda},
  journal={IEEE Transactions on Mobile Computing}, 
  title={FedCache: A Knowledge Cache-Driven Federated Learning Architecture for Personalized Edge Intelligence}, 
  year={2024},
  volume={},
  number={},
  pages={1-15},
  keywords={Computer architecture;Training;Servers;Computational modeling;Data models;Adaptation models;Performance evaluation;Communication efficiency;distributed architecture;edge computing;knowledge distillation;personalized federated learning},
  doi={10.1109/TMC.2024.3361876}
  }

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Related Works

FedICT: Federated Multi-task Distillation for Multi-access Edge Computing. IEEE Transactions on Parallel and Distributed Systems (TPDS). 2024

Agglomerative Federated Learning: Empowering Larger Model Training via End-Edge-Cloud Collaboration. IEEE International Conference on Computer Communications (INFOCOM). 2024

Exploring the Distributed Knowledge Congruence in Proxy-data-free Federated Distillation. ACM Transactions on Intelligent Systems and Technology (TIST). 2024.