@@ -96,8 +96,6 @@ With Paddle Fluid Encrypted, it is easy to train models or conduct prediction as
As a key product of PaddleFL, Paddle Fluid Encrypted intrinsically supports federated learning well, including horizontal, vertical and transfer learning scenarios. It provides both provable security (semantic security) and competitive performance.
Below please see the installation, examples, or visit the documentation to learn more about the technical details.
## Framework design of PaddleFL
### Horizontal Federated Learning
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@@ -168,12 +166,12 @@ Upon completion of the secure training (or inference) job, the models (or predic
Please refer [K8S deployment example](./paddle_fl/examples/k8s_deployment/README.md) for details
Please refer [K8S deployment example](./python/paddle_fl/paddle_fl/examples/k8s_deployment/README.md) for details
You can also refer [K8S cluster application and kubectl installation](./paddle_fl/examples/k8s_deployment/deploy_instruction.md) to deploy your K8S cluster
You can also refer [K8S cluster application and kubectl installation](./python/paddle_fl/paddle_fl/examples/k8s_deployment/deploy_instruction.md) to deploy your K8S cluster
### Paddle Encrypted
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@@ -221,7 +219,9 @@ Gru4Rec [9] introduces recurrent neural network model in session-based recommend
## On Going and Future Work
- Vertical Federated Learning Strategies and more horizontal federated learning strategies will be open sourced.
- Vertial Federated Learning will support more algorithms.