How AT&T Data Science Team Solved an Insurmountable Big Data Challenge on Databricks
Description
Data driven personalization is an insurmountable challenge for AT&T’s data science team because of the size of datasets and complexity of data engineering. More often these data preparation tasks not only take several hours or days to complete but some of these tasks fail to complete affecting productivity. In this session, the AT&T Data Science team will talk about how RAPIDS Accelerator for Apache Spark and Photon runtime on Databricks can be leveraged to process these extremely large datasets resulting in improved content recommendation, classification, etc while reducing infrastructure costs. The team will compare speedups and costs to the regular Databricks runtime Apache Spark environment. The size of tested datasets vary from 2TB - 50TB which consists of data collected from for 1 day to 31 days. The talk will showcase the results from both RAPIDS accelerator for Apache Spark and Databricks Photon runtime. Connect with us: Website: https://databricks.com Facebook: https://www.facebook.com/databricksinc Twitter: https://twitter.com/databricks LinkedIn: https://www.linkedin.com/company/data... Instagram: https://www.instagram.com/databricksinc/
Description from YouTube. Full content on the video page.
Topics
More from Databricks
NewsHow HSS Offloads Provider Administrative Burden with the Databricks Data + AI Platform
NewsHow NOL Universe Scales Global Travel Operations for 1,000+ Users With Databricks
NewsHow adidas Uses Databricks to Build Better Products
Adidas uses Databricks' lakehouse platform to centralize all its data—from product to football-related insights—enabling faster analytics across the organization. The company's Genie analytics tool helps analysts spend less time processing data and more time on strategic questions, ultimately supporting better product development.
NewsDatabricks for Good x MapAid: Creating a Searchable Database for Groundwater Discovery
MapAid is using Databricks to build an AI groundwater mapping system called Well Mapper that processes water documents to identify accurate well-drilling locations in Ethiopia, improving on the current 30% success rate. The system analyzes 400 well logs in half a second instead of four weeks, with potential to double Ethiopia's food supply through improved irrigation.


