A cloud refers to a server, public or private, accessible over a network, which is usually the internet. It generally has high processing power and storage, and is suitable for big computations. A cloud can be used to train Al models, but only when the data is available to it. On the other hand, since the cloud is generally a remote system, capturing data directly on it becomes difficult and not feasible. Capturing the data on local devices and transmitting it to the cloud does not always give real-time results. This is where the concept of federated learning comes in.
Federated learning promotes machine learning while the data is on the device. It handles a flexible architecture, which enables a secure process for sensitive data collection and model training. The world currently takes data privacy as an important responsibility. To introduce automation into fields like healthcare, biometrics, etc, real-time sensitive data is the core requirement. The important question therefore is: How do we train a model without collecting sensitive data from the users, storing it, and using it for training? To define optimal training for a machine learning model, relevance of data is an important aspect. Data is best when it comes directly from a source. But the permission for data collection becomes an issue.
With federated machine learning, model training can be centralised on a decentralised data feed.
This story is from the January 2023 edition of Electronics For You.
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This story is from the January 2023 edition of Electronics For You.
Start your 7-day Magzter GOLD free trial to access thousands of curated premium stories, and 9,000+ magazines and newspapers.
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