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Five machine learning types to know

IBM Journey to AI blog

For instance, if data scientists were building a model for tornado forecasting, the input variables might include date, location, temperature, wind flow patterns and more, and the output would be the actual tornado activity recorded for those days. the target or outcome variable is known).

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OfferUp improved local results by 54% and relevance recall by 27% with multimodal search on Amazon Bedrock and Amazon OpenSearch Service

AWS Machine Learning Blog

OpenSearch Service then uses the vectors to find the k-nearest neighbors (KNN) to the vectorized search term and image to retrieve the relevant listings. After extensive A/B testing with various k values, OfferUp found that a k value of 128 delivers the best search results while optimizing compute resources.

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Anomaly detection in machine learning: Finding outliers for optimization of business functions

IBM Journey to AI blog

Common machine learning algorithms for supervised learning include: K-nearest neighbor (KNN) algorithm : This algorithm is a density-based classifier or regression modeling tool used for anomaly detection. Regression modeling is a statistical tool used to find the relationship between labeled data and variable data.

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Power recommendations and search using an IMDb knowledge graph – Part 3

AWS Machine Learning Blog

OpenSearch Service currently has tens of thousands of active customers with hundreds of thousands of clusters under management processing trillions of requests per month. Matthew Rhodes is a Data Scientist I working in the Amazon ML Solutions Lab. Solution overview. Prerequisites.

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Coactive AI’s CEO: quality beats quantity for data selection

Snorkel AI

Now the key insight that we had in solving this is that we noticed that unseen concepts are actually well clustered by pre-trained deep learning models or foundation models. And effectively in the latent space, they form kind of tight clusters for these unseen concepts that are very well-connected components. of the unlabeled data.

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Coactive AI’s CEO: quality beats quantity for data selection

Snorkel AI

Now the key insight that we had in solving this is that we noticed that unseen concepts are actually well clustered by pre-trained deep learning models or foundation models. And effectively in the latent space, they form kind of tight clusters for these unseen concepts that are very well-connected components. of the unlabeled data.

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Coactive AI’s CEO: quality beats quantity for data selection

Snorkel AI

Now the key insight that we had in solving this is that we noticed that unseen concepts are actually well clustered by pre-trained deep learning models or foundation models. And effectively in the latent space, they form kind of tight clusters for these unseen concepts that are very well-connected components. of the unlabeled data.