Remove Data Lakes Remove Deep Learning Remove Supervised Learning
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Introducing the technology behind watsonx.ai, IBM’s AI and data platform for enterprise

IBM Journey to AI blog

Over the past decade, deep learning arose from a seismic collision of data availability and sheer compute power, enabling a host of impressive AI capabilities. As a result, businesses have focused mainly on automating tasks with abundant data and high business value, leaving everything else on the table. All watsonx.ai

AI 139
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How Carrier predicts HVAC faults using AWS Glue and Amazon SageMaker

AWS Machine Learning Blog

We first highlight how we use AWS Glue for highly parallel data processing. We then discuss how Amazon SageMaker helps us with feature engineering and building a scalable supervised deep learning model. Dan Volk is a Data Scientist at the AWS Generative AI Innovation Center. The remaining 8.4%

AWS 127
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Azure Machine Learning – Empowering Your Data Science Journey

How to Learn Machine Learning

Advanced Capabilities and Use Cases of Azure Machine Learning Handling Different Data Types Azure Machine Learning excels at working with various data types: Structured Data : Traditional tabular data can be processed using AutoML or custom models with frameworks like scikit-learn or XGBoost.

Azure 52
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IBM watsonx.ai: Open source, pre-trained foundation models make AI and automation easier than ever before

IBM Journey to AI blog

Traditional AI tools, especially deep learning-based ones, require huge amounts of effort to use. You need to collect, curate, and annotate data for any specific task you want to perform. Sometimes the problem with artificial intelligence (AI) and automation is that they are too labor intensive.

AI 103
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How foundation models and data stores unlock the business potential of generative AI

IBM Journey to AI blog

It’s the underlying engine that gives generative models the enhanced reasoning and deep learning capabilities that traditional machine learning models lack. They can also perform self-supervised learning to generalize and apply their knowledge to new tasks. All watsonx.ai

AI 70
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How to Effectively Handle Unstructured Data Using AI

DagsHub

These vector databases store complex data by transforming the original unstructured data into numerical embeddings; this is enabled through deep learning models. As reiterated earlier, embeddings take the critical components of various kinds of data, like text, images, and audio, and project them into one vector space.

AI 52
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Big Data Syllabus: A Comprehensive Overview

Pickl AI

Data Lake vs. Data Warehouse Distinguishing between these two storage paradigms and understanding their use cases. Students should learn how data lake s can store raw data in its native format, while data warehouses are optimised for structured data.