Participant in Federated Learning scheme that aggregates the updates from the remote trainers and calculates each trainer's contribution to the model training.
We need a way to make payments available in the platform. We would need a trusted party to handle the payments and to have a infrastructure with certain capabilities if we were to handle the payments in a centralized way. We need to trust the entity handling the payments and the logic of who get how much (this is very sensitive for the platform).
Solution
Since we can't trust in a third party to have all the logic for splitting the payments between the actors of the system, we chose to have this logic in a descentralized environment like Ethereum, (where, to steal money destined for other actor, you should get 51% of the computing power).
Steps
Code a first version of a smart contract
Connect it with the FA via web3
Examples of dapps using Python, Flask and Solidity:
Problem
We need a way to make payments available in the platform. We would need a trusted party to handle the payments and to have a infrastructure with certain capabilities if we were to handle the payments in a centralized way. We need to trust the entity handling the payments and the logic of who get how much (this is very sensitive for the platform).
Solution
Since we can't trust in a third party to have all the logic for splitting the payments between the actors of the system, we chose to have this logic in a descentralized environment like Ethereum, (where, to steal money destined for other actor, you should get 51% of the computing power).
Steps
Examples of dapps using Python, Flask and Solidity: